B-Board PRO carrier board design
The source files of the B-Board PRO carrier board used in the evaluation kit are available below. These files can be opened using Altium Designer. Other files are available upon request.

The source files of the B-Board PRO carrier board used in the evaluation kit are available below. These files can be opened using Altium Designer. Other files are available upon request.
Nicolas is the lead engineer at imperix. He is the author, co-author, or reviewer of numerous notes.
Table of Contents Related notesProduct descriptionRequired softwareLicensing policyInstalling the softwareImperix ACG SDKMain simulation softwarePlant simulation softwareFurther reading This note gives step-by-step instructions in order to…
Table of Contents Related materialDefault templatePlant model subsystemClosed-loop control subsystemBlockset libraryBasic control exampleSimulation and code generationFurther readings This note introduces basic instructions in order to…
Table of Contents Related contentFundamental conceptsWorking principle of the main blocksClock and ConfigurationADCPWMMastering the sample timesVerifying the sample timesAltering the sample timesFurther readings This note…
Table of Contents Related materialPrerequisitesFirst modelPlant model subsystemClosed-loop control subsystemSimulationCode generation for an imperix controller targetDetailed configuration of an imperix modelFurther readings This note gives…
Table of Contents Related notesFundamental conceptsWorking principle of the main blocks1) Configuration block (CONFIG)2) Control Task Trigger3) Analog-to-digital converter input (ADC)4) Pulse-width modulators (xx-PWM)Further readings…
This note explains how to build, load, and execute the control code that is generated from Simulink, PLECS or imperix IDE (C/C++ code). It notably…