@inproceedings{db08b42e6c27425f898fd04d90e2323d,
title = "Design of an on-chip secondary lithium ion polymer microbattery for millimeter-scale wireless nodes",
abstract = "The next generation of wireless sensor networks requires the energy production and storage mechanism to be integrated on-chip. We are designing a micro-scale lithium secondary battery to be deposited on the backside of a millimeter scale wireless sensor. The battery will continuously be charged by energy scavenging devices such as MEMS piezo-benders or heat engines. The battery novelty comes from designing the cell around the duty cycle for a given application. The material novelty in the system lies in adaptation of Dunn's V 2O 5 aerogel cathode and Kostecki's pyrolyzed carbon anode for micro scale implementation. We will fabricate the entire cell on campus: the cathode from sol gel processing, the anode from standard micro fabrication photolithography, and combining them in a SiN 2 or similar enclosure. Theoretical performance is discussed based on experimental results from half cell reactions.",
keywords = "Aerogel Cathode, Microbattery, Wireless Sensor",
author = "Steingart, {Daniel Artemus} and Christine Ho and Evans, {James W.} and Wright, {Paul K.}",
year = "2004",
language = "English (US)",
isbn = "0873395743",
series = "Advanced Materials for Energy Conversion II",
pages = "339--343",
editor = "D. Chandra and R.G. Bautista and L. Schlabach",
booktitle = "Advanced Materials for Energy Conversion II",
note = "Advanced Materials for Energy Conversion II ; Conference date: 14-03-2004 Through 18-03-2004",
}