Electronic Design
  • Resources
  • Directory
  • Webinars
  • CAD Models
  • Video
  • Blogs
  • More Publications
  • Advertise
    • Search
  • Top Stories
  • Tech Topics
  • Analog
  • Power
  • Embedded
  • Test
  • AI / ML
  • Automotive
  • Data Sheets
  • Topics
    - TechXchange Topics --- Markets --AutomotiveAutomation-- Technologies --AnalogPowerTest & MeasurementEmbedded
    Resources
    Electronic Design ResourcesTop Stories of the WeekNew ProductsKit Close-UpElectronic Design LibrarySearch Data SheetsCompany DirectoryBlogsContribute
    Members
    ContentBenefitsSubscribeDigital editions
    Advertise
    https://www.facebook.com/ElectronicDesign
    https://www.linkedin.com/groups/4210549/
    https://twitter.com/ElectronicDesgn
    https://www.youtube.com/channel/UCXKEiQ9dob20rIqTA7ONfJg
    1. Technologies
    2. Embedded

    Instrumentation Amplifier Works On Supplies As Low As 2.7 V

    April 1, 2002
    The LTC2053 zero-drift instrumentation amplifier features a rail-to-rail input and output. It works on a single 3-V supply and features a maximum offset voltage of 10 µV. While the offset drift is 50 nV/°C, the LTC2053 features a high...
    Lisa Fakhry

    The LTC2053 zero-drift instrumentation amplifier features a rail-to-rail input and output. It works on a single 3-V supply and features a maximum offset voltage of 10 µV. While the offset drift is 50 nV/°C, the LTC2053 features a high common-mode rejection ratio of 116 db, which is gain-independent. Gain error is less than 0.01% and gain nonlinearity is less than 10 ppm. The LTC2053's differential inputs operate from rail-to-rail and the output swings rail-to-rail. Operating with single or split supplies from 2.7 to ±11 V, this amplifier draws less than a 1-mA supply current. It's guaranteed to operate from −40°C to 85°C and comes in a tiny MSOP-8 package. In 1000-unit quantities, pricing for the LTC2053 starts at $3.20 each.

    Linear Technology Corp.
    www.linear.com; (800) 4-LINEAR

    Continue Reading

    Can Silicon Supply Enough Power for the Future of AI Silicon?

    How to Build Wide-Dynamic-Range Systems (Part 1)

    Sponsored Recommendations

    Designing automotive-grade camera-based mirror systems

    Dec. 2, 2023

    Design security cameras and other low-power smart cameras with AI vision processors

    Dec. 2, 2023

    Automotive 1 TOPS vision SoC with RGB-IR ISP for 1-2 cameras, driver monitoring, dashcams

    Dec. 2, 2023

    AM62A starter kit for edge AI, vision, analytics and general purpose processors

    Dec. 2, 2023

    Comments

    To join the conversation, and become an exclusive member of Electronic Design, create an account today!

    I already have an account

    New

    Super-Slim Wireless, Self-Powered “Sticker” Measures Contact Force

    Commercial-Ready Route in Texas for Driverless Trucks Planned for Late 2024

    Running Background Checks on Today’s Celebrity Scientists

    Most Read

    Can Silicon Supply Enough Power for the Future of AI Silicon?

    FAQ: Upgrading to Intelligent, Programmable, Bidirectional Power Systems

    Unify SDK Bridges Matter with Other Protocols


    Sponsored

    EMI and Thermal Design Tips and Tricks for 48-V

    Managing thermals: 3 ways to break through power-density barriers

    Do all rails need low Iq?

    Electronic Design
    https://www.facebook.com/ElectronicDesign
    https://www.linkedin.com/groups/4210549/
    https://twitter.com/ElectronicDesgn
    https://www.youtube.com/channel/UCXKEiQ9dob20rIqTA7ONfJg
    • About Us
    • Contact Us
    • Advertise
    • Do Not Sell or Share
    • Privacy & Cookie Policy
    • Terms of Service
    © 2023 Endeavor Business Media, LLC. All rights reserved.
    Endeavor Business Media Logo