Download Mastering STM32 by Carmine Noviello PDF

By Carmine Noviello

It is a e-book concerning the STM32 relations of 32-bit Flash microcontrollers from ST Microelectronics according to the ARM® Cortex®-M structure. The e-book will consultant you in a transparent and functional strategy to this platform and the authentic ST CubeHAL, displaying its functionalities with loads of examples and tutorials. The ebook assumes that you're completely new to this relatives of MCUs, and it'll begin displaying the way to setup an entire and free of charge software program tool-chain to construct your STM32 established purposes. The deploy directions will let to setup a whole tool-chain on home windows, Linux and Mac OSX. The ebook is addressed either to pros and to lovers of this platform, like hobbyists and scholars. The booklet examples are in line with the 16 Nucleo-64 forums from ST. This liberate consists by means of twenty-two chapters, divided in approximately 780 pages. They hide: advent to Cortex-M and STM32 microcontrollers the way to setup a whole and dealing tool-chain to advance STM32 purposes on home windows, Linux and Mac OSX easy methods to use STM32CubeMX to generate program skeleton, and the way to import it contained in the tool-chain creation to OpenOCD and to the debugging of STM32 purposes ARM semihosting GPIO administration NVIC controller UART peripheral DMA controller STM32 clock tree and its configuration easy, common goal and complicated STM32 timers ADC peripheral DAC controller I2C bus and protocol SPI bus strength administration The reminiscence structure of an STM32 program and linker scripts Flash reminiscence administration and the function of the paintings Accelerator The booting method in STM32 microcontrollers and the way to put in writing a customized bootloader FreeRTOS and the tickless low-power mode complicated debugging recommendations and the way to take advantage of SEGGER instruments to debug STM32 MCUs the way to layout a customized board utilizing an STM32 MCU

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Mastering STM32

This can be a booklet in regards to the STM32 kin of 32-bit Flash microcontrollers from ST Microelectronics in line with the ARM® Cortex®-M structure. The publication will consultant you in a transparent and functional approach to this platform and the authentic ST CubeHAL, exhibiting its functionalities with loads of examples and tutorials.

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It is the most recent and fastest Cortex-M3 based MCU, with exclusive ARTTM Accelerator from ST. The F2 is pin-to-pin compatible with the STM32 F4-series. STM32F2 was the MCU chosen by the developers of popular Pebble watch for their first smart-watch. Introduction to STM32 MCU Portfolio 29 Figure 14: The first Pebble watch with STM32F205 MCU inside The most important features of this series are: • Core: – ARM Cortex-M3 core at a maximum clock rate of 120 MHz. • Memory: – Static RAM from 64 to 128 KB.

They combine these features in a performance, power and area optimized package, making them the trusted choice in reliable systems demanding fault tolerance. The next sections will introduce the main features of Cortex-M processors, especially from the embedded developer point of view. 1 Core Registers Like all RISC architectures, Cortex-M processors are load/store machines, which perform operations only on CPU registers except³ for two categories of instructions: load and store, used to transfer data between CPU registers and memory locations.

The former is a ROM region reserved to bootloaders. Each STM32 family (and their sub-families - low density, medium density, and so on) provides a bootloader pre-programmed into the chip during production. As we will see in a following chapter, this bootloader can be used to load code from several peripherals, including USARTs, USB and CAN bus. The Option bytes region contains a series of bit flags which can be used to configure several aspects of the MCU (such as flash read protection, hardware watchdog, boot mode and so on) and are related to the specific STM32 microcontroller.

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