PCB DESIGN BEST PRACTICES
Digital prototype driven verification
Shifting verification to the left in the printed circuit board (PCB) design flow using automated, integrated tools reduces product schedules and increases the likelihood of on-time product launches.
Digital prototype-driven verification
Shift-left design methodology integrates design verification tools throughout the PCB design process to let designers find and fix errors where they happen, instead of waiting until later.
Digital-prototype driven verification
In this video Stephen Chavez breaks down the importance of PCB design best practices that can enable digital-prototype driven verification. These best practices include a shift left approach to schematic analysis, thermal analysis, signal integrity, power integrity, and manufacturability.
Digital prototype-driven verification resources
Learn more about PCB design best practices that can enable digital-prototype driven verification. These best practices include a shift left approach to schematic analysis, thermal analysis, SI/PI, AMS and manufacturability.