STMicroelectronics Manuals - Page 258

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STMicroelectronics manuals, page 258

  • ST AN2606 Application Note

    This document introduces the STM32 microcontroller system memory boot mode. It describes that the main task of the bootloader stored in the internal boot ROM memory is to download the application program to the internal Flash memory through one of the available serial peripherals (USART, CAN, USB, etc.). A communication protocol is defined for each serial interface, with a compatible command set and sequences.

  • ST AN2614 Application Note

    This application note provides technical details on the software and tools associated with implementing a serial numbering technique. It also provides examples and hints for serial number encoding techniques that can be applied to any ST7 microcontrollers equipped with non-volatile memory.

  • ST AN2615 Application Note

    This application note describes a technique for implementing an ADC for measuring both positive and negative input voltages while operating from a single (positive) supply.

  • ST AN2628 Application Note

    This application note describes the CAN interrupt drivers of the ST10F27x and provides programming examples that can be used to define interrupt schemes and write interrupt drivers.

  • ST AN2629 Application Note

    This application note is intended for system designers who require a software and hardware implementation overview of the low-power modes of the STM32F101xx, STM32F102xx and STM32F103xx products. It describes how to use the STM32F10xxx product family and details the clock systems, register settings and low-power management in order to optimize the use of STM32F10xxx in applications where low power is key.

  • ST AN2441 Application Note

    This application note provides the user with a low cost oscillator solution with discrete components and based on a resonator or quartz that can be used for STR71x MCU.

  • ST AN2442 Application Note

    This application note provides information on how to use and take full advantage of the STR91xFA DMA controller. It describes the most typical and useful control scenarios for each peripheral DMA transfer. Software is available for download from www.st.com.

  • ST AN2475 Application Note

    This application note, with UART as an example, provides general guidelines for creating an IAP application using two different methods: the first one is based on the Ymodem protocol and the second one is based on a customized UART protocol using the free Flash Loader utility provided by ST.

  • ST AN2476 Application Note

    This document provides a hardware implementation overview of the low power modes of the STR75x product family, and details the components of supply circuitry, clock systems, register settings, and low power management in order to optimize the use of STR750 in applications where low power is key.

  • ST AN2502 Application Note

    This application note describes the enhanced sensorless startup control of BLDC motors using ST7FMC microcontroller.

  • ST AN2523 Application Note

  • ST AN2540 Application Note

    This application note explains how to replace the external EEPROM with the emulated-EEPROM in STR91xF devices using the on-chip Flash memory, which saves components and silicon area.

  • ST AN2548 Application Note(1)

    This application note describes how to use the STM32F101xx and STM32F103xx direct memory access (DMA) controller.

  • ST AN2548 Application Note

    This document describes how to use the DMA controller of STM32F101xx and STM32F103xx, including the main features of DMA and performance analysis. It also provides programming examples of using the DMA controller, including obtaining ADC continuous sampling data using SPI transmission and achieving fast data transfer with GPIO using DMA.

  • ST AN2549 Application Note

    This document highlights the differences between the ST10F269Zx and ST10F272Z2 devices, which are members of the STMicroelectronics ST10 family of 16-bit single-chip CMOS microcontrollers. It describes the modified and new functionalities and registers of the ST10F272Z2, and provides advice on handling the differences that may impact the replacement of the ST10F269Zx with the ST10F272Z2. It is intended for hardware or software designers adapting existing applications based on the ST10F269Zx to the ST10F272Z2.