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 » EDN Asia » April 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

    Giridhar, Chitra. "Powering SoCs with integrated approaches.(GLOBAL DESIGNER)." EDN Asia. Canon Communications L.L.C. 2007. HighBeam Research. 27 Apr. 2018 <https://www.highbeam.com>.

    Chicago

    Giridhar, Chitra. "Powering SoCs with integrated approaches.(GLOBAL DESIGNER)." EDN Asia. 2007. HighBeam Research. (April 27, 2018). https://www.highbeam.com/doc/1G1-169086147.html

    APA

    Giridhar, Chitra. "Powering SoCs with integrated approaches.(GLOBAL DESIGNER)." EDN Asia. Canon Communications L.L.C. 2007. Retrieved April 27, 2018 from HighBeam Research: https://www.highbeam.com/doc/1G1-169086147.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.

Powering SoCs with integrated approaches.(GLOBAL DESIGNER)

EDN Asia
EDN Asia

See all results for this publication

Browse back issues of this publication by date

April 1, 2007 | Giridhar, Chitra | Copyright
COPYRIGHT 2009 Reed Business Information, Inc. (US). 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/1G1-169086147.html" title="Powering SoCs with integrated approaches.(GLOBAL DESIGNER) | HighBeam Research">Powering SoCs with integrated approaches.(GLOBAL DESIGNER)</a>

A typical portable electronic device, such as a mobile phone or all MP3 player, comprises a variety of chips many of which need different power-supply voltages. For instance. USB OTG (on the go) needs it 5V source, analog sections and interfaces require 3.3V, and RF chips need

2.5 and 1.8V sources. To compound the issue, current requirements for the chips vary, as does the quality of the power. Design engineers usually resort to a plethora of power-supply regulators with varying voltage, current, and noise specifications to meet the power demand. which results in a proliferation of power-regulator chips, consumption of precious board space, and increased bill-of-material costs. …


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



Related articles on HighBeam Research

Entertainment Close-up
Cadence Enhances IP Portfolio with Pact to Purchase Cosmic Circuits

Entertainment Close-up; February 16, 2013

519 words
Cadence Design Systems, Inc., a company in global electronic design, announced an agreement to acquire Cosmic Circuits Private Limited, a provider of analog and mixed signal intellectual property (IP) cores. According to a release, Cosmic Circuits offers silicon-proven IP solutions in connectivity…
US Fed News Service, Including US State News
US Patent Issued to Cosmic Circuits Private on Oct. 26 for "System and Method for Reducing Power Dissipation in an Analog to Digital Converter"...

US Fed News Service, Including US State News; October 27, 2010

524 words
ALEXANDRIA, Va., Oct. 27 -- United States Patent no. 7,821,436, issued on Oct. 26, was assigned to Cosmic Circuits Private Ltd. (Bangalore, India). "System and Method for Reducing Power Dissipation in an Analog to Digital Converter" was invented by Venkatesh Teeka Srinvasa Setty (Bangalore, India),…
Mena Report
India : Cosmic Circuits and GDA Technologies Announce Availability of MIPI UniPro Solution

Mena Report; October 13, 2012

620 words
Cosmic Circuits, a leading provider of differentiated Analog, Mixed-Signal and Connectivity IP cores and GDA Technologies, a leading supplier of IP for communications, storage and consumer markets, today announced a successful partnership on the MIPI UniPro/M-PHY solution. Cosmic Circuits offers a…
Mena Report
India : Cosmic Circuits Announces Availability of DigRFv4 Solution

Mena Report; October 4, 2012

453 words
Cosmic Circuits, a leading provider of differentiated Analog, Mixed-Signal IP cores today announced the availability of its DigRFv4 solution. Cosmic Circuits offers a broad portfolio of differentiated analog, mixed-signal and connectivity IP cores in nanometer technology nodes. The analog and…
Health & Beauty Close-Up
Chartered Semiconductor Starts Production of Enhanced 65nm Low-Power Process.

Health & Beauty Close-Up; July 20, 2009

591 words
Chartered Semiconductor Manufacturing, a dedicated foundry, announced the general availability of an enhanced version of its 65-nanometer (nm) low-power (LP) process, called 65nm LPe. The 65nm LPe process utilizes leakage-reduction techniques to improve system-on-chip (SoC) standby power…
See all related articles »

Publication Finder

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

Popular publicationson HighBeam Research

The Boston Globe (Boston, MA)
Massachusetts newspapers
Newsweek
National newspapers
Chicago Sun-Times
Illinois newspapers
The Christian Science Monitor
Religious magazines
Harper's Magazine
Cultural magazines
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