From Provincial Excellence to National Excellence! This Microcontroller Course Stands Out with “Modular Hardware + Layered Projects”

From Provincial Excellence to National Excellence! This Microcontroller Course Stands Out with "Modular Hardware + Layered Projects"

SJU | Looking Up at the Stars, Standing Firm on the Ground | As a core foundational course for electromechanical majors, “Principles and Applications of Microcontrollers” has undergone continuous iteration over 15 years, with a hybrid teaching setup of 48 class hours (12 online + 36 offline) and 3 credits. It has steadily grown from … Read more

Microcontroller Circuit Repair: A Practical Guide for Beginners

Microcontroller Circuit Repair: A Practical Guide for Beginners

Microcontroller repair essentials! Use a digital multimeter to determine chip functionality in 3 steps, making it accessible for beginners. Is troubleshooting microcontroller circuit boards difficult? The key is to check if the chip is damaged! With the current affordable prices of microcontroller chips, the focus of repair is not on the cost of replacement parts, … Read more

Queue Function Module for Microcontrollers

Queue Function Module for Microcontrollers

The queue function module implemented based on microcontrollers is mainly used for 8-bit, 16-bit, and 32-bit microcontroller applications that do not run RTOS, compatible with most microcontroller platforms. Open source code: https://github.com/xiaoxinpro/QueueForMcu 1. Features Dynamic creation of queue objects Dynamic setting of queue data buffer Static specification of queue element data length Value passing method … Read more

Design of an Electronic Clock Alarm Based on the 51 Microcontroller with 12-24 Hour Format Switching

Design of an Electronic Clock Alarm Based on the 51 Microcontroller with 12-24 Hour Format Switching

This design includes Proteus simulation + program + design report + explanatory video. 1. Development Environment Simulation diagram: Proteus 8.17 (lower versions available) Compiler: Keil 4/Keil 5 Programming Language: C Design Number: P22 2. Main Functions: 1. Use a 7-segment display as the display device to design the clock function; 2. Allows separate adjustment of … Read more

Design of an Electronic Clock Alarm Based on the 51 Microcontroller with LCD1602 Display for 12-24 Hour Format Switching

Design of an Electronic Clock Alarm Based on the 51 Microcontroller with LCD1602 Display for 12-24 Hour Format Switching

This design includes Proteus simulation + program + design report + explanatory video. 1. Development Environment Simulation diagram: Proteus 8.17 (lower versions available) Compiler: Keil 4/Keil 5 Programming Language: C Design Number: P21 2. Main Functions: 1. Use LCD 1602 as the display device to design the clock function; 2. Allows adjustment of hours, minutes, … Read more

Lighting Up a Running Light with Right Shift Operations on the 51 Microcontroller

Lighting Up a Running Light with Right Shift Operations on the 51 Microcontroller

According to the principle of the running light, the IO port outputs a low level sequentially from low to high or from high to low.1. Experimental Wiring DiagramCode:Delay function: void delay(void)//Delay for a period of time{ unsigned int n; for(n=0;n<30000;n++) ;} main function: void main(void){ unsigned char i; while(1) { P1=0xff;//Initialize P1 delay(); for(i=0;i<8;i++)//Set loop … Read more

STC89C52RC Microcontroller Development Board – Jiangke University Learning Board DIY Electronic Kit Entry Level Package

STC89C52RC Microcontroller Development Board - Jiangke University Learning Board DIY Electronic Kit Entry Level Package

More detailed information at the end of the article. 👆▲▲▲▲▲▲▲▲👆STC89C52RC Microcontroller Development Board – Jiangke University Learning Board DIY Electronic Kit Entry Level Package Related Articles:

How Does a Microcontroller Work? Understanding Its Internal Structure in 5 Minutes

How Does a Microcontroller Work? Understanding Its Internal Structure in 5 Minutes

Have you ever wondered how that tiny microcontroller, smaller than a fingernail, manages to control smart homes, remote-controlled cars, and even drones? Today, let’s unveil its mysterious veil together. I remember the first time I got my hands on a microcontroller, staring at that small black square for a long time. It looked so simple, … Read more