Training

Location:Training / Embedded Development / ARM / Teach you step by step how to learn ARM-STM32 / Teach you step by step how to learn ARM-STM32 Lecture 39: The working principle of I2C

You can log in to your eeworld account to continue watching：
Teach you step by step how to learn ARM-STM32 Lecture 39: The working principle of I2C
Login

Chapter 1：Teach you step by step to learn ARM-STM32 Lecture 1 Introduction (Part 1)
Chapter 2：Teach you step by step how to learn ARM-STM32 Lecture 2 STM32 minimum system
Chapter 3：Teach you step by step how to learn ARM-STM32 Lecture 3: Implementation of system clock initialization function and delay function
Chapter 4：Teach you step by step how to learn ARM-STM32 Lecture 4: The working principle and configuration method of GPIO
Chapter 5：Teach you step by step how to learn ARM-STM32. Lecture 4: Light up the first LED (directly manipulate the register)
Chapter 6：Teach you step by step how to learn ARM-STM32 Lecture 5 Software Simulation
Chapter 7：Teach you step by step how to learn ARM-STM32 Lecture 7: Light up the first LED (Part 1) (library function)
Chapter 8：Teach you step by step how to learn ARM-STM32 Lecture 7: Light up the first LED (Part 2) (Library function)
Chapter 9：Teach you step by step how to learn ARM-STM32 Lecture 8 Key input (direct operation of storage registers)
Chapter 10：Teach you step by step how to learn ARM-STM32 Lecture 8 STM32 interrupts (Part 1)
Chapter 11：Teach you step by step how to learn ARM-STM32 Lecture 8 STM32 interrupts (Part 2)
Chapter 12：Teach you step by step how to learn ARM-STM32 Lecture 8 STM32 interrupts (Part 2)
Chapter 13：Teach you step by step how to learn ARM-STM32 Lecture 9 Key input (library function)
Chapter 14：Teach you step by step how to learn ARM-STM32 Lecture 9 External Interrupt (Direct Operation Register)
Chapter 15：Teach you step by step how to learn ARM-STM32 Lecture 12 External Interrupt (Library Function)
Chapter 16：Teach you step by step how to learn ARM-STM32 Lecture 13: The working principle of color screen
Chapter 17：Teach you step by step how to learn ARM-STM32 Lecture 14 GUI functions of color screen
Chapter 18：Teach you step by step how to learn ARM-STM32 Lecture 15 Color Screen GUI (Library Function)
Chapter 19：Teach you step by step how to learn ARM-STM32 Lecture 16 The working principle of the serial port
Chapter 20：Teach you step by step how to learn ARM-STM32 Lecture 17 Serial Communication Program (Library Function)
Chapter 21：Teach you step by step how to learn ARM-STM32 Lecture 18 LabVIEW (1)
Chapter 22：Teach you step by step how to learn ARM-STM32 Lecture 19 LabVIEW (2)
Chapter 23：Teach you step by step how to learn ARM-STM32 Lecture 20 LabView (3)
Chapter 24：Teach you step by step how to learn ARM-STM32 Lecture 21 LabVIEW (4)
Chapter 25：Teach you step by step how to learn ARM-STM32 Lecture 22 LabVIEW (5)
Chapter 26：Teach you step by step how to learn ARM-STM32 Lecture 24: The working principle of timer
Chapter 27：Teach you step by step how to learn ARM-STM32 Lecture 25: The working principle of ADC
Chapter 28：Teach you step by step how to learn ARM-STM32 Lecture 26 The working principle of ADC (library function)
Chapter 29：Teach you step by step how to learn ARM-STM32 Lecture 27: The principle of internal temperature sensor
Chapter 30：Teach you step by step how to learn ARM-STM32 Lecture 28 Internal Temperature Sensor (Library Function)
Chapter 31：Teach you step by step how to learn ARM-STM32 Lecture 29: The working principle of DS18B20
Chapter 32：Teach you step by step how to learn ARM-STM32 Lecture 30: The working principle of DS18B20 (library function)
Chapter 33：Teach you step by step how to learn ARM-STM32 Lecture 31: The working principle of DMA
Chapter 34：Teach you step by step how to learn ARM-STM32 Lecture 32: The working principle of DMA (library function)
Chapter 35：Teach you step by step how to learn ARM-STM32 Lecture 33: The working principle and configuration of RTC and BKP
Chapter 36：Teach you step by step how to learn ARM-STM32 Lecture 34: The working principle of RTC (library function)
Chapter 37：Teach you step by step how to learn ARM-STM32. The 35th lecture on the working principle of STM32 low power consumption
Chapter 38：Teach you step by step how to learn ARM-STM32 Lecture 36: The working principle of low power consumption of STM32 (library function)
Chapter 39：Teach you step by step how to learn ARM-STM32 Lecture 37: The working principle of infrared remote control
Chapter 40：Teach you step by step how to learn ARM-STM32 Lecture 38: The working principle of PS2
Chapter 41：Teach you step by step how to learn ARM-STM32 Lecture 39: The working principle of I2C
Chapter 42：Teach you step by step how to learn ARM-STM32 Lecture 41 The working principle of STM32 SPI (library function)
Chapter 43：Teach you step by step how to learn ARM-STM32 Lecture 42: The display principle of Chinese characters
Chapter 44：Teach you step by step how to learn ARM-STM32 Lecture 43 The working principle of PWM
Chapter 45：Teach you step by step how to learn ARM-STM32 Lecture 44: The working principle of PWM (library function)
Chapter 46：Teach you step by step how to learn ARM-STM32 Lecture 45: The principle of independent watchdog
Chapter 47：Teach you step by step how to learn ARM-STM32 Lecture 46 The working principle of independent watchdog (library function)

Duration：1 hours and 3 minutes and 7 seconds
Date：2014/01/01

Uploader：EE资深网友

Introduction

keywords： ARM STM32

Lectured by Li Xiang, produced by Qingdao Ideal Zhixin Technology Co., Ltd.

You Might Like

Recommended Posts

About interference: In instrument design, there will be 50HZ industrial frequency interference. When AD7715 is selected, the sampled value still always jumps. Is there any good method?; 杨柳青年 Analog electronics

About process communication issues: I use mapirule to intercept SMS and pass the intercepted information to my own client for processing. Mapirule is loaded by tmail itself. I hope to notify mapirule when my program starts and closes, s; weixichao Embedded System

Let’s discuss how to correctly test the ripple of a power supply?: [size=3] The power ripple index of the DC/DC module is a very important parameter. A clean power supply is a prerequisite for the stable operation of digital circuits and an important guarantee for th; qwqwqw2088 Analogue and Mixed Signal

[RVB2601 creative application development] SVM40 UART communication implementation: The CDK platform of RVB2601 provides some development demo projects. Some of the projects corresponding to the serial port are only projects for serial port printing. Considering that we do not want t; 打破传统 XuanTie RISC-V Activity Zone

EEWORLD University ----TI Precision Laboratory - Isolation: TI Precision Labs - Isolation : https://training.eeworld.com.cn/course/4869; hi5 Analog electronics

Fighting back against India? It is said that Huawei will lay off 70% of its employees in India...: According to foreign media reports, multiple people familiar with the matter said that Huawei has lowered its 2020 revenue target in India by as much as 50% and plans to lay off 60% to 70% of its empl; eric_wang Domestic Chip Exchange

推荐文章

安谋科技亮相2025世界互联网大会亚太峰会，共筑AI算力新未来 2025年04月15日: 4月14日，以“数智融合引领未来——携手构建网络空间命运共同体”为主题的2025世界互联网大会亚太峰会在香港会议展览中心拉开帷幕。作为世界互联网大会主办的重要区域性会议，本届峰会汇聚了来自国际组织、政府机构、科技企业及学术界的高层代表，共同探讨数智时代发展命题。安谋科技CEO陈锋受邀出席，并在主论坛暨数智未来论坛上发表演讲，系统阐述了公司在推动AI技术与本土半导体产业融合方面...

迅为i.MX8MM开发板ARM嵌入式Linux安卓9.0工业核心板iMX8M Mini板 2025年04月09日: 迅为i.MX8M Mini开发板是恩智浦首款嵌入式多核应用处理器，具有多达五个内核：采用4核ARM Cortex-A53 + Cortex-M4多核处理器+GPU，可提供出色的系统性能。 ∝ 4个Cortex-A53内核平台，每核运行频率高达1.8GHz。32KB L1-I缓存/ 32 kB L1-D缓存，512 kB L2缓存 ∝ 1个Cortex-M4内核，运行频率高达4...

Arm 架构将占据半数 2025 年出货到头部云服务提供商的算力 2025年04月08日: 六年多前，Arm 推出面向下一代云基础设施的 Arm Neoverse 平台，并坚信此灵活且高能效的计算平台所带来的可扩展性能水平，能够推动数据中心生态系统在功能和成本方面实现系统性的变革。如今， Neoverse 技术的部署已达到了新的高度：2025 年出货到头部超大规模云服务提供商的算力中，将有近 50% 是基于 Arm 架构。在人工智能 (AI) 时代，云计...

AI算力变革时代，Arm如何为AI发展提供高效稳固的算力基座？ 2025年04月08日: 在全球科技产业向 AI 时代全速进发的浪潮中，一个关键命题日益凸显：当行业沉迷于 GPU 算力竞赛时，如何构建更可持续、更高效的 AI 计算基础设施？答案其实就在 AI 推理过程中作为核心控制单元的 CPU 中。事实上，当前任何 AI 都要基于 CPU 建立自己的算力生态。同时，许多推理工作也需要在 CPU 上运行。作为领先的计算平台公司，Arm 将如何助力应对日益复杂...

Recommended Content

Hot VideosMore

Hot ArticlesMore

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews

Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函

京公网安备 11010802033920号