How to Avoid Power Delivery Problems in your PCBs

Many of today’s designs require communication to multiple devices and contain both digital and analog circuitry. While this concept is nothing new in the design world, the decreasing size of technology results in a complex power delivery network consisting of multiple power planes affected by splits and vias. Ensuring power is delivered consistently and components are receiving the appropriate voltage is crucial to the success of your design. Sigrity identifies potential problems in your power delivery network by accurately determining the DC voltage across a conductor as a result of its electrical resistance. Many of today’s designs require communication to multiple devices and contain both digital and analog circuitry. While this concept is nothing new in the design world, the decreasing size of technology results in a complex power delivery network consisting of multiple power planes affected by splits and vias. Ensuring power is delivered consistently and components are receiving the appropriate voltage is crucial to the success of your design. Sigrity identifies potential problems in your power delivery network by accurately determining the DC voltage across a conductor as a result of its electrical resistance.

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