Differences Between 51, STM32, and Linux LED Control

Differences Between 51, STM32, and Linux LED Control

Follow+Star Public Number, don’t miss out on exciting content Arrangement | strongerHuang WeChat Public Account | Embedded Column The first “project” for embedded beginners is LED control. In this article, we’ll explore the differences between 51, STM32, and Linux LED control. 51 LED Control 51 LED control is a popular choice for many microcontroller beginners, … Read more

Differences in LED Control: 51, STM32, and Linux

Differences in LED Control: 51, STM32, and Linux

Follow+Star Public Account Number, don’t miss wonderful content Compiled by | strongerHuang WeChat Public Account | Embedded Column The first “project” for embedded beginners is LED control. This article will show you the differences between 51, STM32, and Linux LED control. 51 LED Control 51 LED control is the first choice for many microcontroller beginners, … Read more

Fundamentals and Practices of Embedded Systems

Fundamentals and Practices of Embedded Systems

Fundamentals and Practices of Embedded Systems – Based on ARM Cortex-M3 Core STM32 Microcontroller Editor-in-chief: Liu Liming ISBN: 9787121390890 Publisher: Electronics Industry Press Uploader: 0511291640ptsd The book “Fundamentals and Practices of Embedded Systems – Based on ARM Cortex-M3 Core STM32 Microcontroller” is a university textbook on embedded systems. It focuses on the STM32 microcontroller based … Read more

How to Differentiate ARM Cortex Series Processors?

How to Differentiate ARM Cortex Series Processors?

Follow and star our public account, to reach exciting content directly Source: Embedded News Selected Recently, I have been looking into which cores are suitable and cost-effective for selecting a chip, which is a task that requires combining various technical aspects and market analysis. It seems simple but still requires some preparation. Today, I chose … Read more

Two Clock Circuit Design Schemes for Microcontrollers

Two Clock Circuit Design Schemes for Microcontrollers

A microcontroller is the core component of embedded systems. Circuits using microcontrollers are much more complex due to programming, but adding and changing new features is easier with microcontroller circuits. This is why more and more devices, such as electrical appliances, are using microcontrollers. As a project for microcontroller R&D design, its minimum circuit working … Read more

Microcontroller C Language and Program Design Basics

Microcontroller C Language and Program Design Basics

New Course Launch, Free Videos Available NEW COURSE 1 Microcontroller C Language and Program Design Basics Course Introduction: This lesson consists of three sessions, detailing how to write hardware programs for microcontrollers and the basic structure of C language programs. It is very suitable for our beginner students and will help everyone get started more … Read more

Introduction to the 51 Microcontroller

Introduction to the 51 Microcontroller

Total Original: 410 articles 2024’s 24th original article Editor: Xiao Hu Industrial Design Laboratory—BIN Learning new knowledge, Introduction to the 51 Microcontroller A working computer consists of several components: CPU (for computation and control), RAM (data storage), ROM (program storage), input/output devices (e.g., serial ports, parallel output ports, etc.). In personal computers, these components are … Read more

How Large Is the Program for Microcontrollers?

How Large Is the Program for Microcontrollers?

I have always been curious about a question: after writing a microcontroller program, when I use the programming software to upload it, I can see the size of the programming file, which is the hex file size: The microcontroller chip I am using is STM32F103C8T6, with a program memory (flash) of only 64K. From the … Read more

Microcontroller Simulating Linux Auto Initialization Process

Microcontroller Simulating Linux Auto Initialization Process

Follow+Star Public Account, don’t miss exciting content Source | Embedded Mixed Pot Typically, when we write programs, we follow this pattern: executing one function after another in a logical sequence. If the logic is very complex and involves many modules, then this sequential execution code can become quite bulky, with tight coupling between modules. In … Read more