Training

Location:Training / Embedded Development / MCU / Punctual Atomic teaches you step by step how to learn STM32-M3 / Camera experiment (OV7670)

You can log in to your eeworld account to continue watching：
Camera experiment (OV7670)
Login

Duration：42 minutes and 24 seconds
Date：2019/03/21

Uploader：EE大学堂

Introduction

keywords： Microcontroller STM32 Punctual Atom

This video will start from the simplest to the deeper, leading everyone to learn the various functions of STM32F103, and start a new STM32 journey for you.
This video is divided into three parts:
1. Introductory part, which mainly introduces the basic knowledge of STM32;
2. Intermediate part, mainly introduces the use of STM32 basic peripherals, including: GPIO, serial port, timer, external interrupt, etc. After studying this article, you will have a basic introduction to STM32 development.
3. Advanced chapter, mainly introduces STM32 advanced peripherals, including: SDIO, CAN bus, etc.

You Might Like

Recommended Posts

A newly developed 51 single chip microcomputer experimental board: [url=http://blog.ednchina.com/lmjxf/224032/message.aspx#][color=#800080]A newly developed single-chip microcomputer experimental board[/color][/url][color=#800080][/color]A newly developed single-chip; 569350810 51mcu

[RT-Thread reading notes] The simplest port to STM32F103CBT6: [i=s]This post was last edited by ddllxxrr on 2019-4-28 08:06[/i] The transplantation has been very annoying these days. I read the transplantation method in the book. I think it is very troublesome.; ddllxxrr Real-time operating system RTOS

Welcome to my blog: http://c8051fmcu.blog.sohu.com; godblessyou Embedded System

PWM realizes analog voltage output, and the zero point cannot be zero: I have seen a PWM-based voltage output DAC circuit design before. I built a circuit using the circuit in it (without the back-end OP), and found that when the input is high level, the zero point can n; joneywei Discrete Device

Today in History5.6: On May 6, 1840, the world's first stamp was born in Britain. Britain issued the world's first batch of stamps. The inventor of this batch of stamps was the British Rowland Hill. The stamp face was bla; 绿茶 Talking

Evaluation of domestic single-chip networking chips: Domestic chips are getting more and more attention now, and more and more products are starting to replace them with domestic chips. We must strongly support this. Recently, we are looking for a suita; 孟斌 Domestic Chip Exchange

推荐文章

英飞凌计划对TRAVEO™ T2G汽车MCU进行ISO/SAE 21434 产品合规认证 2025年01月16日: 【2025年1月16日, 德国慕尼黑讯】道路车辆日益增加的联网需求令网络安全需求日益增长。为此，联合国欧洲经济委员会（UNECE）通过了R155和R156法规，对汽车主机厂（OEM）的网络安全要求做出规定。想要在受UNECE监管的市场上销售新车，主机厂必须持有有效的批准证书，且在整个供应链体系中落实网络安全实践，以尽可能降低车辆在全生命周期中遭遇攻击的风险。全球功率系统...

单片机stm32直流电机驱动与测速学习笔记 2025年01月16日: 　　通过实验发现，定时器的一个通道控制一个pwm信号。　　在正式开始之前也可以参考这个视频学习资料　　(stm32直流电机驱动) 　　http://www.makeru.com.cn/live/1392_1218.html?s=45051 　　超声波雷达测距仪　　http://www.makeru.com.cn/live/15971_2626.html?s=45051...

替代8位MCU，STM32C0的底气何在？ 2025年01月13日: MCU（单片机）按照位数主要划分为4位、8位、16位、32位及64位，位数越多，数据处理能力越来越强，应用场景变得更加复杂。观察整个应用市场，8位和32位是两大主流，16位则处于二者之间，目前只有部分经典产品拥有存量空间。 8位MCU至今已经应用了几十年，一直是无数嵌入式应用的主力，尤其是消费产品和医疗器械中的应用。让8位MCU屹立不倒的原因在于——便宜、简单。而在去年...

ST宣布汽车MCU新战略：左手Stellar，右手STM32A 2025年01月13日: 在汽车行业，“软件定义汽车”（SDV）的概念早已深入人心。随着汽车架构的变化，供应体系也正在不断颠覆，芯片厂商在汽车领域的角色正在发生转变。 ST（意法半导体）作为汽车MCU领域的领先者，很少系统性谈及其MCU产品在汽车领域的整体战略与布局。日前，在STM32媒体沟通会上，意法半导体中国区微控制器、数字 IC 与射频产品部 (MDRF) 汽车微控制器产品营销高级经理黄延球...

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