应用文章
If you are designing with embedded systems, you face various power optimization and power characterization hurdles throughout your design process. You know what you want to output, simulate, and measure, — but you need a whole “toolbox” of instruments and hardware to do the job. Not only is this toolbox costly, but properly configuring the hardware and software into an accurate, dependable solution can be time consuming.
The power challenges that embedded system designer’s face can be broken into three categories: properly powering on and off multiple power inputs, characterizing power needs under dynamic load conditions, and simulating real-world power conditions. This application note focuses on characterizing the power needs of an embedded design under dynamic load conditions. We will explore why it is critical to fully characterize a dynamic load for minimizing power usage and increasing battery life. Then we will introduce you to a single, easy-to-use instrument that can supply and characterize the dynamic power needs of your embedded design.
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