Energy Micro’s real-world applications for MCUs at electronica

Energy Micro has announced that it will display a range of real-world applications for its EFM32 Gecko families of ARM-based microcontrollers at Electronica 2012. The company will demonstrate how its low-power devices greatly extend battery life of a variety of portable electronic products.

The products on show will include two for mobile health applications. The first is a hand-held heart pacemaker monitor in which the MCU manages the communications protocol, monitors the sensors and controls the user interface. The second is a sensor powered that attaches to a person’s temple. Here, it monitors their temperature and sounds an alarm if they are in danger of heat exhaustion, which is a potential problem for fire-fighters, outdoor workers and sportspeople. In this application, the operating life of a single CR1616 coin-cell battery is several months.

Energy Micro will also demonstrate energy management applications for its MCUs, including one for battery-powered and energy harvesting products in which the EFM32 Tiny Gecko controls EnOcean’s radio position switch in a wireless module. The same MCU is also used in a range of modules that allow utility meter readings to be collected via a wireless connection, reducing operating expenditure for utility companies and increasing billing accuracy for consumers.
Other innovative applications for Energy Micro’s energy-saving MCUs, which will be on display at the show, include the Scubapro-Uwatec Meridian dive computer. This is the world’s first 32-bit watch-dive computer with an integrated heart rate monitor that provides comprehensive dive information. Dive profiles can be downloaded, edited and reviewed on a personal computer. The company will also demonstrate a novel electric window remote control that uses a smartphone-like
user interface controlled by an EFM32 MCU.

Relative to microcontrollers of comparable processing power, EFM32 Gecko devices achieve up to 4-times longer operation in battery-powered applications, primarily through a combination of low active power consumption, low standby current and autonomous peripheral operation. They feature a peripheral reflex system that enables peripherals to communicate with each other without using the CPU and offer a combination of fast processing and very fast wake-up times from a choice of energy saving modes.

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post

Condition monitoring of equipment at nuclear power plants

Next Post

electronica India and productronica India 2012 closed with record number of exhibitors and visitors