• You can log in to your eeworld account to continue watching:
  • SPI-W25QXX experimental source code explanation
  • Login
  • Duration:31 minutes and 58 seconds
  • Date:2019/03/22
  • Uploader:木犯001号
Introduction
This video uses the Zhengdian Atomic Apollo STM32F767 development board as the platform. It will lead you to learn the various functions of STM32F767 from the simple to the deep, and start a new STM32 journey for you.

Unfold ↓

You Might Like

Recommended Posts

Detailed explanation of t6963 instructions
I have been working on LCD modules recently. Many LCD modules are controlled by T6963. Many LCD PDF documents do not provide detailed introduction to T6963 control instructions. Here is a detailed exp
sdewen911 Analog electronics
Misunderstandings in using PROTEL software and some difficult to understand concepts
Misunderstandings in using PROTEL software and some difficult to understand concepts PROTEL software is very popular among electronics enthusiasts. It is generally believed that it is simple and easy
fighting Analog electronics
NI Software Tutorials
Can be used for simulation
tmstd MCU
Reasons why lm3s9b96 has no network connection
Chip model LM3S9B96-ICQ80-C5, using internal 16M crystal oscillator without frequency division, connected to an older computer with a direct network cable, currently 25M oscillation, 12K resistor conn
radarbq Microcontroller MCU
100 Questions on PCB Design Skills
[b]100 Questions on PCB Design Skills[/b]
lixiaohai8211 PCB Design
Antenna Measurements
Antenna Measurements
mzxiang8 RF/Wirelessly

推荐文章

一段有关MPU配置代码的几个小疑问 2024年01月09日
当我们阅读一些STM32F7或STM32H7系列芯片例程,或者基于这两类芯片通过cubeMx进行配置并用到MPU功能时,往往会在代码里看到下面这段MPU配置。 对这段代码可能有人有些疑问,这里重点一起聊聊其中的3个,供参考。 第一个疑问,那行做赋值0x87的代码是什么意思? 第二个疑问,这段代码的注释【绿色】是说将未定义的区域配置为StronglyOrdered存储属性,...
STM32F4的复位序列对比STM32F7的复位序列 2023年08月09日
前言 初次接触到STM32F7,可能会有个疑惑,为什么0地址变成了ITCM RAM的起始地址。系统复位还是从地址0处开始执行吗?如果是,那这似乎看起来是冲突的。实际上,STM32F7是基于Cortex-M7内核,而Cortex-M7和Cortex-M3/M4的复位序列有些不一样。本文中,将针对这个问题做详细讲解。 STM32F4的复位序列 STM32F4基于Cortex-...
STM32F7高速缓存 2023年03月06日
STM32F7是第一款带有内部高速缓存的STM32微控制器,所以接下来我们会介绍一些和高速缓存和Cache相关的基本概念,会介绍一些如果是开发者在使用STM32F7的时候需要注意的事情。 STM32F7的内核中带有一级高速缓存,实现了4K的数据缓存和4K的指令缓存。 下面介绍一下什么是高速缓存和与高速缓存相关的一些基本概念。 高速缓存就是高速存储器块,包括地址信息和相关联...
STM32F7 片上闪存(Flash) 2023年03月06日
这篇文章我们来说一下嵌入式FLASH。 FLASH接口 FLASH接口其实在前面的文章中有提到,可以分为三类: 第一类,64位ITCM接口,该接口连接Cortex-M7的ITCM总线,用于指令执行以及数据读访问。它不支持写访问,支持64个标准化缓存行,256位宽。 第二类,64位AHB接口,该接口通过AHB总线矩阵连接Cortex-M7的AXI总线,用于代码执行以及读写访问。...

Recommended Content

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