Best Paper Award für den Beitrag: Eine Systemarchitektur für ein integriertes elektrostatisches MEMS-Energy-Harvesting-Modul
14. GMM/ITG-Fachtagung, Analog, Hannover
Related content
Project
GreenSense
For bio-analysis IMMS developed energy-efficient multi-parametric RFID microsensors and energy harvesting modules for operating autonomous sensors.
Eine Systemarchitektur für ein integriertes elektrostatisches MEMS-Energy-Harvesting-Modul
Benjamin Saft. Eric Schäfer. André Jäger. Stefan Hampl. Bianca Leistritz. Eckhard Hennig.Analog 2014, 14. GMM/ITG-Fachtagung, GMM-Fachbericht Band 80, Seite 60 – 65, CD-ROM, ISBN 978-3-8007-3639-3
Press release,
IMMS receives Best Paper Award for MEMS Energy Harvesting Module
Ilmenau, 22.09.2014. On Friday at the ANALOG 2014 conference in Hannover, Germany, IMMS researchers received the Best Paper Award for their article and lecture "A System Architecture for an Integrated Electrostatic MEMS Energy Harvesting Module". This work on the development of miniaturized energy harvesters will establish innovative supply options for self-powered wireless microsensor networks.
The presented topic was part of the the GreenSense research project which started in 2012.…