STMicroelectronics Manuals

This document presents the ST10F276Z5’s modified functionalities and the new ones then it describes the modified registers and the new registers. For each part, the differences with the ST10F269Zx that may have an impact when replacing the ST10F269Zx by the ST10F276Z5 are stressed and some advice is given on the way they can be handled.

This application note provides information on using ST72F324B, ST72324B (ROM) microcontroller devices in applications originally designed for the ST72F324 and ST72324 (ROM) series

This application note introduces a low cost sinusoidal control method for BLDC motors with Hall sensors using ST7FMC. This method can reduce the motor's noise and power consumption, and improve the motor's efficiency.

This application note describes an induction cooking design based on the ST7FLITE09Y0, which can be used to evaluate ST's components or quickly start your own induction cooking development project. The design provides an opportunity to understand how an induction cooker works and to make an in-depth examination of the various modules and parts of this type of cooking application, such as the driving topology, how the resonant tank works, how the pot gets hot and how to safely remove it from the cooking element. The design is entirely controlled by a single ST7FLITE09Y0 microcontroller, which provides the PWM driving signals, communicates information to the user interface, and drives the fan and relay control to the plate feedback.

How to size the resonant tank of the Induction Cooking Evaluation Board

This application note describes a simple technique for implementing a non-inverting buck- boost converter which requires only one inductor. This converter is basically the result of cascading a Buck converter with a Boost converter. This converter can be controlled by two PWM signals from the microcontroller and can provide a 4.2V output from a 5V supply.

This application note describes how to use PWM hardware to generate a .WAV audio file. It is targeted for STR7/STR9 microcontroller users.

This document describes a software and hardware RFID interface using the STR71x I2C peripheral and the CRX14 RFID transceiver. The main purpose of this software and hardware package is to provide resources to assist the development of an application using an RFID tag. The software interface is composed of library source files, include files and some application template source files.

This application note demonstrates how to add audio playback to any application using a general-purpose ST7 microcontroller. The Audio player evaluation board reconstructs audio signals through the PWM of a ST7FLITES2 microcontroller and uses Serial Flash to store the audio data. The key features of the board include a 1% calibrated on-chip RC oscillator and LVD (Low Voltage Detector).

This document describes how to migrate from RS232-only applications to RS232/USB applications using Turbo Plus uPSD. Turbo Plus uPSD has two UART ports, one of which is used for the USB-to-Serial Bridge connection. The goal is to implement an easy migration with minimal impact on legacy applications.

STP08CDC596 is a high-brightness LED driver from ST. It has a full output error detection function, which can be used to check the output status through software.

This application note provides an overview of the hardware implementation of the STR75x development board features, such as the power supply, clock management, reset control, boot mode settings, and debug management. It shows how to use the STR75x product family and describes the minimum hardware resources required to develop an STR75x application. Detailed reference design schematics are also contained in this document with descriptions of the main components, interfaces, and modes.

This application note describes the features of the SystemMemory boot mode developed for STR75x Flash microcontrollers providing all the basic functionality to support the programming of the embedded Flash. As well as the general features, this document also covers the specific features of the UART boot mode.

This application note describes a low-cost PMAC motor drive system using the ST7FLITE35 microcontroller and STS8C5H30L complementary MOSFETs. It is suitable for PMAC motors up to 12V-50W. The document provides reference schematics, firmware library, and convenient functions for sinusoidal waveform generation, synchronization mechanism, and closed-loop control of PMAC motors.