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所在平台: Udemy |
课程主页: https://www.udemy.com/course/bare-metal-programming-of-avr-micro-controllers/
课程评论：没有评论
**课程名称：** AVR单片机裸机编程 **课程概述：** 本课程旨在教授AVR系列单片机的裸机编程概念，并结合Proteus软件进行仿真。学员将学习如何将各种组件（如按键、模拟/数字传感器、LCD、继电器等）与AVR单片机进行接口连接，并在此基础上设计完整的系统。课程强调理论与实践相结合，学员将学会如何在Proteus中设计系统、仿真固件，并在实际硬件上下载和测试固件。此外，课程还将介绍ATMel Studio等集成开发环境（IDE）。 **课程亮点：** * **理论清晰：** 深入浅出地讲解理论知识。 * **软硬件结合：** 学习过程中融入硬件实现的实践环节。 * **实践应用：** 重点在于将理论概念转化为实际应用。 * **传感器接口：** 学习多种传感器及其接口方法。 * **驱动与显示：** 掌握各种执行器和显示器的接口技术。 * **通信协议：** 实现UART、SPI、I2C等多种通信协议，并与其他单片机进行数据传输。 * **定时器应用：** 在实际场景中学习并应用定时器。 * **中断处理：** 学习如何利用中断实现更好的控制应用。 * **模块化编程：** 高度强调模块化编程思想的应用。 **课程内容：** 学员将通过一系列小项目来巩固学习内容，包括： * AVR单片机基础概念与开发环境介绍 * Proteus软件仿真与硬件接口设计 * 按键、LED等基本组件的控制 * 模拟与数字传感器的数据采集与处理 * LCD显示屏的内容显示 * 继电器的驱动与控制 * UART、SPI、I2C通信协议的实现与应用 * 定时器与中断的应用示例 * 综合性项目设计与开发
In this course, you will learn the bare metal programming concepts of AVR series microcontrollers and their simulation using Proteus software. You will learn to interface different components with AVR microcontrollers. You will also learn to design complete systems based on different components. We will use Proteus to design the system on software and to analyze and verify the working of our firmware before downloading the firmware to actual hardware. You will also learn to upload the firmware on real hardware with the help of different IDEs such as ATMEL Studio and others. We will be interfacing different components such as push buttons, analog and digital sensors, LCD, relays etc. We will also implement different communication protocols such as UART, SPI and I2C and will send different data to other microcontrollers. We will also do some small projects in order to complete the learning.-----Some highlights--------1. Well-explained theoretical concepts.2. Teaching with the flavor of hardware implementation.3. Learn to apply theoretical concepts in practice.4. Learn different types of sensors and their interfacing.5. Interfacing different actuators and displays.6. Implementing different communication protocols.7. Learn to implement timers in real-case scenarios.8. Learn to use interrupts in your program for better control applications.Highly use of modular programming concepts.
