Multi-rate control
PN265This note addresses the implementation of CPU-based multi-rate control on imperix controllers, supported by both the ACG SDK (for Simulink and PLECS environments) and the…
PN265-
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Working with MAT files generated by Cockpit
PN141
Cockpit provides several options for saving signals acquired by imperix controllers. This article provides information on the common structure of MAT files generated by Cockpit…
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Multi-rate control on PLECS with ACG SDK
PN155
This document provides instructions for configuring CPU-based multi-rate control for imperix controllers using PLECS with the ACG SDK. It allows executing part of the control…
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Integration of C code in Simulink via S-Functions
This note provides instructions for integrating C code into a control algorithm developed using the ACG SDK via S-Functions, which is probably the best way…
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Multi-rate control on Simulink with ACG SDK
PN145
This document provides instructions for configuring CPU-based multi-rate control for imperix controllers using Simulink with the ACG SDK. It allows executing part of the control…
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Starting from a blank Simulink model
This document provides instructions on how to create a control model with imperix ACG blockset, starting from a blank Simulink model. This removes the need…
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Speeding up Simulink simulation
This note provides tips and tricks on how to speed up Simulink simulation. 1) Avoid unnecessary continuous signals The control algorithm should be executed at…
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GUI with MATLAB App Designer
PN130
This note provides step-by-step guidance for implementing a basic Graphical User Interface (GUI) using MATLAB App Designer. A typical application of such a GUI could…
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