Steps for Troubleshooting PLC Failures

Steps for Troubleshooting PLC Failures

The troubleshooting steps for a PLC (Programmable Logic Controller) typically follow a systematic and detailed process to ensure accurate and efficient identification and resolution of faults. Below is a comprehensive guide to PLC troubleshooting steps: 1. Preliminary Observation and Assessment 1. Observe Appearance and Indicator Lights: ● Check the PLC device for any visible physical … Read more

40 Years of Endurance: An In-Depth Analysis of RS-232 Characteristics!

40 Years of Endurance: An In-Depth Analysis of RS-232 Characteristics!

Free for Commercial Use! A Low-Code Visual Development Platform for Industrial Web with 1500+ Components Incredible Slimming!!! RS-232 from DB25 to DB9 Industrial Control for 5 Years!!! Only Connecting Three Wires to RS-232??? Importance of RS-232 RS-232 is a classic serial communication interface standard that has been widely used in computers, industrial equipment, embedded systems, … Read more

Summary of Key Points in Embedded C Language

Summary of Key Points in Embedded C Language

How to excel in embedded systems? This question, when asked, will often receive the answer: master the C language! Today, I recommend a summary of key points in embedded C language written by an expert, which is definitely worth reading. From a syntactical perspective, C language is not complex, but writing high-quality and reliable embedded … Read more

Planning a Learning Path for Transitioning from C++ Desktop Development to Audio-Video or Embedded Systems

Planning a Learning Path for Transitioning from C++ Desktop Development to Audio-Video or Embedded Systems

Today, I would like to share a question from a follower: I am currently in my third year of a master’s program at a 211 university and have received an offer for C++ desktop application development. I plan to work in this position for a maximum of 3 to 4 years, after which I want … Read more

The Best Growth Path for Embedded Engineers

The Best Growth Path for Embedded Engineers

The embedded systems engineer is a profession that requires a deep technical foundation, interdisciplinary knowledge, and continuous learning. Embedded systems are widely used in fields such as the Internet of Things (IoT), automotive electronics, industrial automation, and medical devices, demanding a broad and deep skill set from engineers. Below is a systematic growth path to … Read more

Analysis of Job Prospects for BSP Engineers in Embedded Software Development in 2026

Analysis of Job Prospects for BSP Engineers in Embedded Software Development in 2026

1.What is aBSPEngineer? BSP, short for Board Support Package, refers to the software that supports the hardware of a specific board. A BSP engineer is a technical professional responsible for the development, debugging, and maintenance of the board support package, which is a subfield of embedded software engineering.So, what is a board support package? It … Read more

Application Process for GJB9001C-2017 Quality Management System Certification

Application Process for GJB9001C-2017 Quality Management System Certification

OneOverview of GJB9001C Certification The GJB9001C-2017 quality management system certification is a key for private enterprises to enter the military industry, meaning that your products can be used in the production of military goods, aerospace, naval, and weaponry. Enterprises without the GJB9001C-2017 quality system certification cannot enter the military industry system, although there are exceptions … Read more

Understanding UART Communication

Understanding UART Communication

Various communication protocols are used in automotive ECUs. Previous articles introduced several serial communication methods, such as: Understanding the SPI Protocol: Principles, Architecture, and Applications Understanding the I2C Communication Protocol Understanding the Differences Between I2C and SPI Buses Chassis Domain Control: Have You Heard of AK and PSI5? In this article, we will introduce another … Read more

Differences and Applications of SPI, UART, and I2C Communication

Differences and Applications of SPI, UART, and I2C Communication

1. Comparison of Communication Speeds: SPI, I2C, UART SPI > I2C > UART 1. Synchronous communication > Asynchronous communication; 2. In synchronous communication, a clock line must connect both ends of the transmission; 3. All are serial communication methods, while parallel communication is used for internal storage communication, such as flash; 4. The suitable transmission … Read more