Industrial

The document describes the features and characteristics of a product.

This document describes how the ST72521 emulator supports software development for the ST72324 target MCU, as well as the differences between the two and their impact on software development.

The PI6C2972 is a 3.3V compatible, PLL based clock driver device targeted for high-performance CISC or RISC processor based systems.

This is an application note that introduces LIN bus, features of LIN bus and ST's LIN silicon products.

This file is a pdf file. The content is a data manual for a certain type of RF module. It introduces the function, parameters, and usage of the module.

Introduces the ST7 MCU series with pCAN peripheral devices and provides drivers and usage methods

The PI6C2510-133 is a low-noise phase-locked loop clock driver, distributing high-frequency clock signals for SDRAM and server applications. It features operating frequency up to 150 MHz, low-noise phase-locked loop clock distribution that meets 133 MHz Registered DIMM Synchronous DRAM modules for server/workstation/PC applications, allows clock input to have spread spectrum modulation for EMI reduction, zero input-to-output delay, low jitter, and on-chip phase-locked loop.

This datasheet shows the pin definition of a certain model of IC, including the pin name, function, voltage, connection pin, etc.

This application note describes how to use the ST7 USB Low-Speed Library V4.2x. The library provides a complete USB protocol layer for ST7 USB Low-Speed microcontrollers (such as ST7261, ST7262, ST7263, and ST7263B).

This datasheet lists the pin functions and pinout of the PS8501.

This application note describes the Direct Memory Access (DMA) using the ST10 processor with MAC. The MAC is used for address generation in external memory-external memory transfers. The article also provides the machine code for memory transfers between external memory and ST10 internal memory. It introduces the long addressing mode of ST10, as well as the special MAC instructions and new addressing modes.

This note describes a technique for driving Liquid Crystal Displays (LCD) with any standard ST7 Microcontroller (MCU) i.e without any specific on-chip LCD driver hardware. This technique offers a solution for applications which require a display at low cost together with the versatile capabilities of the standard ST7 MCUs. This note also provides a technique to control the LCD contrast through software.

This application note describes how to implement an I2C communication software interface for devices without an I2C peripheral. The software can perform I2C master transmitter and master receiver functions. The master chosen here is a ST72324 and the slave is an EEPROM (M24C08).