Building the example code. freescale PX R4040, eTPU, eTPU libraries, TPU, PX R40, 10.x

Below you will find brief information for eTPU libraries, CodeWarrior 10.x, PXR PX R4040, PXR PX R40. This document provides instructions on how to integrate the enhanced time processing unit (eTPU) libraries into CodeWarrior 10.x, a stationary-based project. The document includes a pulse width modulation (PWM) example. This procedure can be used on any device that includes an eTPU module.

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eTPU Libraries, CodeWarrior 10.x, PXR PX R4040, PXR PX R40 Application Note | Manualzz

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Key features

  • Integration of eTPU libraries into CodeWarrior 10.x

  • Pulse width modulation (PWM) example

  • Use for any device with an eTPU module

  • High-level (C) language compiler for eTPU programming

  • Graphical Configuration Tool (GCT) for eTPU configuration

  • Application programming interface (API) for eTPU functions

  • Improved software development tools for eTPU

  • Independent microcontroller for timing and I/O management

  • eTPU function set binary images distributed as C-header files

Frequently asked questions

The eTPU libraries provide functions for programming the eTPU. This includes functions for pulse width modulation (PWM), input capture, output compare, and other timing and I/O management tasks.

The document provides detailed instructions on how to integrate the eTPU libraries into a CodeWarrior 10.x project. This involves creating a new project, adding the necessary directories, and compiling the code.

The eTPU GCT is a graphical tool for configuring the eTPU. It offers a user-friendly environment for setting up the eTPU engine and channels, and for generating C-language code for initialization.

The eTPU host interface design isolates any hardware dependency from the application software. This makes the application code more portable and easier to maintain.

Examples of eTPU functions include PWM, input capture, output compare, GPIO, SPI, UART, stepper motor control, and DC motor control.

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