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How to Reduce Power Starvation and Hot Spots

Eliminate hours trouble-shooting hard to find issues in the lab by analyzing current density with IR Drop analysis in Sigrity Aurora.
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    VIDEO

    How to Reduce Power Starvation and Hot Spots

    Duration: 00:01:59

    Too little current flow can result in power starvation, shortening the lifecycle of product while too much current flow can results in hot spots and overheating. With IR Drop in Sigrity Aurora, you can:

    • Analyze current density
    • Define VRMs and sinks
    • Review color-coded current density results
    • Easily identify current issues
    • View pass/fail reports

    Improve your power delivery network (PDN) and eliminate hours trouble-shooting hard to find issues in the lab by analyzing current density with IR Drop analysis in Sigrity Aurora.

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