STMicroelectronics Manuals

This application note shows how to detect stack overflow by using the ST9 timer/watchdog.

This document describes how the on-chip 8-bit A/D converter of the ST62 can be used to expand its resolution to a higher resolution

This document introduces the application of a fast battery charger from nickel-cadmium to nickel-hydride batteries. It discusses the features of the charger and the suitability of charge monitoring methods.

This application note describes how to control a brush DC motor with the ST6265 microcontroller. This method does not require a speed sensor, which makes it more efficient and reduces acoustic noise.

AN413 introduces the initialization methods of ST9 microprocessors, aiming to provide users with a programming structure and methodology to help in the initial configuration of the system.

The STEVAL-ILL011V1 is an evaluation board based on the ST72F264G2 microcontroller that processes the ambient light color information detected by the VM6101 ambient light sensor, and reproduces the color using the STP8C596A RGB LED driver. It features RS232 interface, manual color setting, 7.5 to 30 V power supply, LED mode indicator and so on.

This datasheet provides the basic characteristics, specifications and features of the STEVAL-IPC001V1 electronic fiscal cash register.

This is a data brief about the real-time Ethernet slave node demonstration board based on the STR912FAW44. The board features a 32-bit STR912FAW44 microcontroller with an ARM966E-S™ core running at 96 MHz. It has two fast E-STE101P Ethernet transceivers that support full duplex communication, with available boot configuration settings and up to 32 selectable MII addresses. The board also includes RJ45 connectors with embedded LEDs. There are two 50-pin header connectors for connecting different on-hook extensions with real-time IP, including three MIIs, EMI, UART, I2C, SPI, external interrupts, 1.8 V, 3.3 V, and GND pins. The board has connectors for interfacing with industrial I/O cards such as CAN, AC MC, CLT/PCLT, and HSD or SPI HSD. Power supply is provided by the L5973AD DC-DC converter and the LF18 for the core supply. Other features include a JTAG debug interface connector, a 6 V to 30 V DC power supply voltage range, one reset button, one general-purpose button, and two general-purpose LEDs.

stm32w108hb is a high-performance, 802.15.4 wireless system-on-chip produced by stmicroelectronics. the chip integrates 32-bit arm® cortex™-m3 processor, 2.4 ghz ieee 802.15.4 transceiver and lower mac, 128-kbyte flash, 8-kbyte ram memory, aes128 encryption accelerator, flexible adc, spi/uart/twi serial communications and general-purpose timers, and 24 highly configurable gpios with schmitt trigger inputs.

STM32TS60 ARM®-based 32-bit MCU with resistive multitouch engine, 32 KB Flash, USB, 5 timers, 2 ADCs, and 6 communication interfaces

This document describes the features of the STMicroelectronics STM8-TOUCH-LIB touch sensing library, including supported acquisition principles, multifunction capability, flexible configuration, enhanced processing features, interface, and compatibility.

STMicroelectronics' DVP2 series emulators are cost-effective solutions that provide both high quality, real-time emulation and in-circuit programming capability to support ST7 application development. Emulators are delivered with ST Visual Develop (STVD), ST's powerful, easy-to-use Integrated Development Environment, which allows building and debugging of ST7 applications and programming of ST7 microcontrollers from a single software interface. DVP2 series emulators also support in-circuit programming of ST7 microcontrollers via 10-pin ICC connection and are supported by the ST Visual Programmer (STVP), ST's powerful, easy- to-use programming software interface.

STM32W108C8 is an IEEE802.15.4-based wireless communication chip with ultra-strong RF performance, low power consumption, and high integration.

STM32F051x4 STM32F051x6 STM32F051x8 are low-cost, low-power 32-bit ARM Cortex-M0 MCUs with integrated 16~64 KB Flash, multiple timers, ADC, DAC and communication interfaces.