TechOnline India Header
Most Popular
Top 5 Courses
  • Fundamentals of PCB Design
  • Paralleling DC-DC Converters
  • Analog Devices' SHARC 32-Bit DSP
  • Fundamentals of Audio Networking
  • Fundamentals of x86 Architecture
    Most Popular
    Top 5 Technical Papers
  • ARM Platform Technical Overview
  • Using C++ Efficiently in Embedded Applications
  • Top 10 Drivers for Embedded Android
    Most Popular
    Top 5 Webinars
  • Designing embedded HMIs and connecting them to hardware
  • 2009 Embedded Market Study
    All Articles Products Courses Papers VirtuaLabs Webinars
    Top Search Items
    C


    Techpaper Spotlight

    Wind River
    Accelerating the Development of Embedded Linux Devices with JTAG On-Chip Debugging
    /
        Login | Register | Welcome, Guest

    Topics
    POLL
    How much code have you produced in your career?
    A few KLOC
        38%
    100s of KLOC
        44%
    Millions of LOC
        11%
    A trillion
        7%
     



    MEMS-based motion sensor offers high accuracy
    Automotive DesignLine
    MUNICH, Germany — For a broad range of applications such as control of vehicle dynamics, adaptive front lights, hill-start aid, anti-theft systems or inertial brake lights, STMicroelectronics has devised a motion sensor of which it claims it offers superior accuracy.

    Implemented as a two-axis in-plane device, the MEMS-based AIS226DS offers higher accuracy than two separate sensors, the vendor claims. The resolution of 0.02 degrees is also very high.

    The MEMS sensor element is integrated with the circuitry necessary to handle SPI or I2C outputs. The interface circuit also contains a low-noise A/D converter. With a usable resolution of 14 bits, the device resolves acceleration changes as low as 25mg on a 2g scale. The devices however can measure acceleration of up to +/- 6g.

    Qualified to automotive standard AEC Q-100, the vendor also sees non-automotive applications for the AIS226DS such as robotics, industrial equipment, and security monitors.

    1
     
     
    Latest Webinars
    · The Next Generation of Ethernet: How the New IEEE Standards Enable Energy Efficiency and Quality-of-Service
    · Simplified Physical Layer Receiver Test of Re-timed Architectures Such as USB 3.0, SATA, SAS, PCIe 2
    · How to solve the most common high-speed bus issues in embedded design on a budget
    · Early access to ARM Core Technology with Fast Models from ARM
    · Latest MIPI Standards: PHY and Protocol Testing Guidance
     
    Member Company Spotlight
    Actel
     

    Actel is attacking power consumption—from chips to systems—with its innovative FPGAs and PSCs, power-optimized tools, power-smart IP, and the industry's smallest packaging.


    Member Companies