get started with c2000 microcontroller blockset -凯发k8网页登录

design, simulate, and implement applications for texas instruments c2000 microcontrollers

c2000™ microcontroller blockset enables you to model digital power conversion and motor control applications for ti c2000 microcontrollers (mcus). the blockset includes peripheral blocks, such as digital io, adc, and epwm, to perform simulations of control algorithms that require adc-pwm synchronization in industrial and automotive applications using c2000 mcus.

the blockset enables you to partition algorithms for multicore execution with inter-processor data communication (ipc) and co-processor (control law accelerator) blocks. you can connect your simulink^® model directly to supported hardware for live i/o data exchange for rapid prototyping.

you can generate optimized code for c2000 mcus for real-time and interrupt-driven execution of code using iq math and related optimization routines and perform real-time signal monitoring, parameter tuning, and processor-in-the-loop (pil) testing (with embedded coder^®). the blockset includes reference examples that help you build and deploy motor control applications on c2000 mcus (with motor control blockset™ and embedded coder).

c2000^tmis a trademark of texas instruments^®.

installation and configuration

tutorials

getting started with c2000 microcontroller blockset

getting started with texas instruments c2000 microcontroller blockset
this example shows you how to use c2000™ microcontroller blockset to run a simulink® model on texas instruments c2000 hardware.
in this example, you will learn how to configure a simple simulink® model to generate code for arm and c28x cores of concerto f28m3x processors and run the generated code on the board to periodically turn leds on and off.

real-time data monitoring

this example shows how to perform parameter tuning and data logging with a simulink® model running in texas instruments™ c2000 targets.
this example shows you how to use c2000™ microcontroller blockset for real-time execution profiling of generated code.

code verification and validation

this example shows you how to use texas instruments™ c2000™ processor for code verification and validation using pil in c2000™ microcontroller blockset.
this example shows you how to use c2000™ microcontroller blockset for code verification and validation using external mode.

control law accelerator (cla) coprocessor

this example shows how to use the control law accelerator (cla) available on some of the ti® processors using c2000™ microcontroller blockset.
overview of cla task and subsystem, data exchange, interrupt generation and model configuration for cla.

c2000 modeling basics

overview of creating a model and generating executable for c2000 processors

summarizes the steps required to create models and generating executables for your target.
you can create a code composer studio™ project from a model.
use the control law accelerator (cla) co-processor to model and generate code in c2000 mcu models.
model reference support for driver blocks in c2000 processors.

videos

program ti c2000 launchpad using simulink for your real-time control programming applications.

control two 3-phase, brushless motors using an f28069 launchpad and the c2000 microcontroller blockset.