dumitru-daniel.popa will show you how to configure and use the MBDT, engineered to help you speed up application development in MATLAB/Simulink Environment for NXP hardware. Get to know its main features and capabilities through the creation, simulation, built, deployment, and validation of a basic "hello world" type of application on the S32K144EVB.
Session 2/4 = Introducing the SPI Communication Blocks from NXP MBDT
Irina Costachescu will highlight the key aspects of communication in the automotive industry while showing you how to configure and use designated blocks that implement the SPI communication inside the MATLAB/Simulink Environment for creating a quick and easy data transfer application using MBDT and the S32K144EVB.
Session 3/4 = Introducing the CAN Communication Blocks from NXP MBDT
Constantin Razvan Chivu will highlight the key aspects of communication in the automotive industry while showing you how to use MBDT and the S32K144EVB to simplify CAN applications with only a few blocks: configuration, transmit, and receive.
Session 4 = Introducing the PWM Control Blocks from NXP MBDT
Marius-lucian Andrei will showcase how to start using PWM, its features and functionalities while showing you how to build a first application able to generate different types of PWM signals using MBDT and the S32K144EVB; also, learn to sample the external signals to determine the key values: duty-cycle, period, among others.
Your software development processes can speed up by using the free-of-charge NXP Model-Based Design Toolboxes for MATLAB and Simulink development environments, providing full integration, an out-of-the-box configuration, and action blocks for basic/advanced features for designing complex automotive solutions.