Maxim Integrated’s MAX14745 is a battery-charge management IC for low-power wearables and rechargeable IoT devices.
Maxim Integrated’s MAX14745 is a battery-charge management IC for low-power wearables and rechargeable IoT devices.
This News Brief takes a look at the STM32L4+ with advanced graphics capabilities from STMicroelectronics.
This News Brief takes a look at the STM32L4+ with advanced graphics capabilities from STMicroelectronics.
Researchers from the University of California Berkeley have created a wearable device worn on the ear that can monitor…
Researchers from the University of California Berkeley have created a wearable device worn on the ear that can monitor core body temperature in real time.
Highly integrated ICs such as the MAX30004 can help you to improve the performance and practicality of your wearable designs.
Highly integrated ICs such as the MAX30004 can help you to improve the performance and practicality of your wearable designs.
Researchers believe that sweaty armpits may be the answer to both detecting and controlling diabetes.
Researchers believe that sweaty armpits may be the answer to both detecting and controlling diabetes.
Researchers have created a printable electronic system that allows for a nano-material to flex with skin to create…
Researchers have created a printable electronic system that allows for a nano-material to flex with skin to create printable electrical tattoos.
Researchers have developed a new semiconductor material which finds a way around using covalent bonds between…
Researchers have developed a new semiconductor material which finds a way around using covalent bonds between semiconducting materials.
More wearables and accompanying apps are aiming to track emotional wellness.
More wearables and accompanying apps are aiming to track emotional wellness.
Engineers at the University of California San Diego are developing a wearable, Bluetooth-enabled sensor patch that can…
Engineers at the University of California San Diego are developing a wearable, Bluetooth-enabled sensor patch that can track electrical signals as well as biochemical signals: the Chem-Phys patch.
A Research team at Penn State lead by Professor Qing Wang has developed the first dielectric that can restore multiple…
A Research team at Penn State lead by Professor Qing Wang has developed the first dielectric that can restore multiple functions after multiple breaks
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