Principles, Classification, and Technical Indicators of Embedded Bus Technology

Principles, Classification, and Technical Indicators of Embedded Bus Technology

Source: Sensor Technology A bus is a common communication line for transmitting information between various functional components of a computer. It consists of a bundle of wires and can be classified into data bus, address bus, and control bus based on the type of information transmitted. The data bus is used to transmit data, the … Read more

Complete Guide to AVR Chip ISP and Fuse Recovery Methods

Complete Guide to AVR Chip ISP and Fuse Recovery Methods

Parallel programming, the earliest programming method, is the most powerful, but requires connecting more pins, usually needing a high voltage of 12V~24V for distinction, referred to below as high voltage parallel programming. ISP (In System Programmability) is in-system programming, abbreviated as serial download. IAP (In Application Programming) refers to application programming, similar to BootLoader. 1 … Read more

20 C Language Algorithms to Master Microcontrollers!

20 C Language Algorithms to Master Microcontrollers!

Although C language has been developed for many years and is no longer as popular, it remains one of the most widely used low-level languages. Whether it’s C++ or microcontrollers, C language algorithms are essential. Below are 15 C language algorithms that can help a beginner quickly master microcontrollers. 1. Sorting Algorithms There are many … Read more

Understanding RISC-V Architecture

Understanding RISC-V Architecture

What is RISC-V RISC-V is an open-source instruction set architecture that defines a set of basic opcodes and registers, along with some optional extended instructions. The design goal of RISC-V is to provide a completely open, real, simple, flexible, efficient, and scalable instruction set architecture suitable for various application scenarios and processor implementations. The Birth … Read more

Understanding Pointers in Microcontrollers

Understanding Pointers in Microcontrollers

Word Count: 6000 Content Quality Index: ⭐⭐⭐⭐⭐ Abstract: Have you ever wondered where the functions and variables you write in Keil for microcontrollers end up? We often talk about the five areas of memory, but what exactly are those five areas? Where are they located on the chip? And why is it that after learning … Read more

Learning STM32: A Comprehensive Guide

Learning STM32: A Comprehensive Guide

Introduction Many people who have learned STM32 share a common characteristic: they can only use some representative hardware functions, such as AD conversion, and can only perform single conversions, while they struggle with looping or multiple conversions. This leads to the necessity of referring to the chip manual; however, the problem arises because the chip … Read more

Exploring Embedded Systems: How Close They Are to Us

Exploring Embedded Systems: How Close They Are to Us

This Saturday (September 7), I will join Teacher Xintian (the head of the embedded course) to participate in the STM32 national tour seminar in Nanjing. First, let me introduce that STM32 is a series of 32-bit microcontrollers (MCUs) produced by STMicroelectronics, designed with an ARM Cortex-M core, known for its high performance, low power consumption, … Read more

The Path to Embedded Learning: Start Your Journey in Smart Hardware

The Path to Embedded Learning: Start Your Journey in Smart Hardware

For those who are still learning about embedded systems, you may feel confused about what to study and how to start learning. Today, I have compiled a set of learning plans for embedded systems, and this article will cover everything you need to know. 01 Basic Knowledge Learning 1. Master Programming Languages: 1) First, delve … Read more

Basics of Embedded Systems and the Internet of Things

Basics of Embedded Systems and the Internet of Things

Embedded systems are ubiquitous. Almost every electrical device you interact with is more complex than a simple light switch; it contains a digital processor that reads input data from its environment, executes computational algorithms, and generates some output to interact with the environment. From waking up in the morning (responding to alarms from digital devices) … Read more

Embedded Systems: Definition, History, Current Status, and Differences from Non-Embedded Systems

Embedded Systems: Definition, History, Current Status, and Differences from Non-Embedded Systems

Click the above“Mechanical and Electronic Engineering Technology” to follow us In the wave of modern technology, embedded systems play an increasingly important role. They are almost everywhere, from the smartphones and smartwatches we use daily to complex medical devices and industrial control systems, the application scope of embedded systems is becoming broader. Definition of Embedded … Read more