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%
     



    Selecting a power module for your application
    Power Management DesignLine
    When evaluating DC-DC power modules for a specific application, care must be taken to fully examine the capabilities of the various options. The designer should go through the selection process by comparing their electrical and thermal performance, physical dimensions, and reliability specifications with the application requirements.

    Recently, a new option has emerged: the point-of-load DC-DC power module. These modules combine most or all of the components necessary to deliver a plug-and-play solution that can replace up to 40 different components. This integration simplifies and speeds designs while reducing the power management footprint.

    The key to getting the performance you need from these modules—while staying within your budget and space requirements—requires a firm grasp of the different technologies available.

    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
    Avago Technologies
     

    Avago's ultra low noise and high linearity ALM-2712 GPS FEM improves GPS receiver sensitivity significantly. Additionally, the device's integrated FBAR filters offer exceptional rejection at cellular/WiFi bands, enabling simultaneous GPS (S-GPS) operation in handsets. At the typical operating condition of 2.7V and 8mA, the ALM-2712 delivers exceptional performance of 1.3dB Noise Figure, 14.0dB Gain, +5dBm IIP3 and provides 88dBc of rejection at 824-915MHz, 79dBc of rejection at 1710-1980MHz and 73dBc of rejection at 2400-2500MHz. Get your free sample today.


    Member Companies