HighBeam Research - Newspaper archives and journal articles
Options
Cancel changes
Follow us:
  • Subscription benefits
  • Log in
  • Sign up for a free, 7-day trial
  • Publications
  • Research topics
  • Topics home
  • People
    • Artists and Entertainers
    • Company executives
    • Historical figures
    • Politicians and Government officials
    • World Leaders
  • Issues and Events
    • Health and Medicine
    • Historical Events
    • Religion and Theology
    • Science and Technology
  • Places
  • Organizations
  • A-Z
    • A-G
    • H-O
    • P-T
    • U-Z
    • 0-9
  • Publications home
  • Journals
    • Academic journals
    • Business journals
    • Education journals
    • Math and Engineering journals
    • Medical journals
    • Science and Technology journals
    • Trade journals
  • Magazines
    • Business magazines
    • Computer magazines
    • Education magazines
    • Industry magazines
    • Lifestyle magazines
    • Medical magazines
  • Newspapers
    • International newspapers and newswires
    • Reports, newsletters, and transcripts
    • U.K. newspapers
    • U.S. newspapers and newswires
  • Reference works and books
    • Almanacs
    • Dictionaries and thesauruses
    • Encyclopedias
    • Non-fiction books
  • Subscription benefits
  • Log in
  • PUBLICATIONS HOME
  • Journals
    • Academic journals
    • Business journals
    • Education journals
    • Math and Engineering journals
    • Medical journals
    • Science and Technology journals
    • Trade journals
  • Magazines
    • Business magazines
    • Computer magazines
    • Education magazines
    • Industry magazines
    • Lifestyle magazines
    • Medical magazines
  • Newspapers
    • International newspapers and newswires
    • Reports, newsletters, and transcripts
    • U.K. newspapers
    • U.S. newspapers and newswires
  • Reference works and books
    • Almanacs
    • Dictionaries and thesauruses
    • Encyclopedias
    • Non-fiction books
Home » Publications » Industry magazines » Engineering magazines » ECN-Electronic Component News » August 2007 »
  • Save
    This article has been saved!
    You may organize and add notes about this article below.
    This article has been saved!
    View all saved articles
  • Export

    To export this article to Microsoft Word, please log in or subscribe.

    Have an account? Please log in

    Not a subscriber? Sign up today

  • Print
  • Cite

    MLA

    "Energy harvesting wireless strain sensing modules.(Leading Off)." ECN-Electronic Component News. Advantage Business Media. 2007. HighBeam Research. 22 Apr. 2018 <https://www.highbeam.com>.

    Chicago

    "Energy harvesting wireless strain sensing modules.(Leading Off)." ECN-Electronic Component News. 2007. HighBeam Research. (April 22, 2018). https://www.highbeam.com/doc/1G1-170374559.html

    APA

    "Energy harvesting wireless strain sensing modules.(Leading Off)." ECN-Electronic Component News. Advantage Business Media. 2007. Retrieved April 22, 2018 from HighBeam Research: https://www.highbeam.com/doc/1G1-170374559.html

    Please use HighBeam citations as a starting point only. Not all required citation information is available for every article, and citation requirements change over time.

Energy harvesting wireless strain sensing modules.(Leading Off)

ECN-Electronic Component News
ECN-Electronic Component News

See all results for this publication

Browse back issues of this publication by date

August 1, 2007 | Copyright
COPYRIGHT 2009 Advantage Business Media. This material is published under license from the publisher through the Gale Group, Farmington Hills, Michigan. All inquiries regarding rights or concerns about this content should be directed to Customer Service.
  • Permalink

    Create a link to this page

    Copy and paste this link tag into your Web page or blog:

    <a href="https://www.highbeam.com/doc/1G1-170374559.html" title="Energy harvesting wireless strain sensing modules.(Leading Off) | HighBeam Research">Energy harvesting wireless strain sensing modules.(Leading Off)</a>

MicroStrain announced its energy harvesting wireless strain sensing modules, called ESG-LINK. The company asserts its sensing systems will operate indefinitely--without the need for batteries--by converting the component's cyclic strains into DC power using piezoelectric materials. The miniaturized energy harvesting sensing nodes feature a precision time keeper, non-volatile memory for on-board data logging and frequency agile IEEE 802.15.4 transceiver. Sampling rates, sample durations, sensor offsets, sensor gains and on-board shunt calibration are all wirelessly programmable. …


To read the full text of this article and others like it, subscribe today!



Related articles on HighBeam Research

Wireless Design & Development
Energy Harvesting Wireless Standard for M2M: Energy Harvesting Wireless Technology Is Important for Realizing Interconnected M2M Systems More...

Wireless Design & Development; July 1, 2013

By Schmidt, Frank; 700+ words
Machine-to-Machine (M2M) communication enables equipment to interact with other equipment without human intervention, creating an intelligent network that automatically manages everyday tasks in production, logistics, monitoring, or smart buildings. This has to work infallibly, even in complex…
Design News
Energy Harvesting Wireless Technology

Design News; July 1, 2013

342 words
Self-powered wireless switches, sensors, and controls are being utilized in a wide range of building automation and industrial applications. Companies are leveraging energy-harvesting wireless technology to cut installation costs and increase efficiency. Energy-harvesting technology, especially for…
Appliance Design
Energy Harvesting Wireless and IPV6: A Perfect Pair for the Internet of Things

Appliance Design; May 1, 2014

By O'callaghan, Jim; 700+ words
With IPv6, the Internet is positioned for the future, where connected devices are not just computers, but also machines (sensors, actuators, controllers) interacting directly with other machines, without human intervention, on a broad scale over the Internet--the Internet of Things (IoT). The…
ECN-Electronic Component News
Energy harvesting wireless strain sensing modules.(SENSORS)

ECN-Electronic Component News; February 1, 2008

320 words
MicroStrain announced that its energy harvesting wireless strain sensing modules have been released for sale. The company asserts its sensing systems will operate indefinitely--without the need for batteries--by converting the component's cyclic strains into DC power using piezoelectric materials.…
Wireless Design & Development
Converting Ambient Energy to Power the Factory: Energy Harvesting Wireless Technology Monitors and Controls Large-Scale Industrial Plant Facilities

Wireless Design & Development; September 1, 2012

By O'Callaghan, Jim; 700+ words
Essential factors for the success of a business include production up-time and process machinery efficiency. Realtime monitoring of machinery makes it possible to detect and prevent equipment failure proactively. Many monitoring systems require extensive cabling, which is expensive, cumbersome and…
See all related articles »

Publication Finder

Browse back issues from our extensive library of more than 6,500 trusted publications.

Popular publicationson HighBeam Research

Chicago Sun-Times
Illinois newspapers
The Boston Globe (Boston, MA)
Massachusetts newspapers
Newsweek
National newspapers
The Washington Post
Washington D.C. newspapers
The Mirror (London, England)
U.K. newspapers
Visit Cengage Brain
  • Company
  • About us
  • Subscription benefits
  • Group subscriptions
  • Careers
  • Privacy policy
  • Terms and conditions
  • Contact us
  • Help topics
  • FAQ
  • Search tips
  • Using the Research Center
  • Billing questions
  • Rights inquiries
  • Customer Service
  • Cengage Learning Network
  • Questia
  • CengageBrain.com
  • HighBeam Business
  • ed2go
  • MiLadyPro
  •  
HighBeam Research
Follow us:

HighBeam Research is operated by Cengage Learning. © Copyright 2018. All rights reserved.

The HighBeam advertising network includes: womensforum.com GlamFamily