Training
Profile
From the shallower to the deeper, we will lead you into the world of STM32. This video is not only very suitable for students and electronics enthusiasts to learn STM32, but its large number of experiments and detailed explanations are also the best reference for the company's product developers.
Chapters
Chapter 1：Lecture 1 ALIENTEK development board boot-up video (14 minutes and 26 seconds)
Chapter 2：Lecture 2 Introduction to ALIENTEK Development Board (17 minutes and 50 seconds)
Chapter 3：Lecture 3 Introduction to STM32 basic knowledge (50 minutes and 47 seconds)
Chapter 4：Lecture 4 Create a new STM32 project template based on MDK (26 minutes and 3 seconds)
Chapter 5：Lecture 5 Program Download and Simulation (32 minutes and 46 seconds)
Chapter 6：Lecture 6 STM32 clock system (36 minutes and 17 seconds)
Chapter 7：Lecture 8 GPIO principles and configuration (marquee, buzzer, buttons) (56 minutes and 5 seconds)
Chapter 8：Lecture 7 Systick Timer (22 minutes and 38 seconds)
Chapter 9：Lecture 9 Serial Port Experiment (20 minutes and 12 seconds)
Chapter 10：Lecture 10 External Interrupt Experiment (16 minutes and 14 seconds)
Chapter 11：Lecture 11 Independent Watchdog Experiment (16 minutes and 20 seconds)
Chapter 12：Lecture 12 Window Watchdog Experiment (19 minutes and 20 seconds)
Chapter 13：Lecture 13 Timer Interrupt Experiment (18 minutes and 49 seconds)
Chapter 14：Lecture 14 PWM output experiment (25 minutes and 28 seconds)
Chapter 15：Lecture 15 Input Capture Experiment (50 minutes and 12 seconds)
Chapter 16：Lecture 16 LCD display experiment (40 minutes and 38 seconds)
Chapter 17：Lecture 17 RTC real-time clock experiment (51 minutes and 16 seconds)
Chapter 18：Lecture 18 Standby Wake-up Experiment (25 minutes and 59 seconds)
Chapter 19：Lecture 19 ADC Experiment (40 minutes and 42 seconds)
Chapter 20：Lecture 20 DAC Experiment (26 minutes and 4 seconds)
Chapter 21：Lecture 21 DMA Experiment (28 minutes and 21 seconds)
Chapter 22：Lecture 22 SPI Experiment (29 minutes and 14 seconds)
Chapter 23：Lecture 23 485 Experiment (22 minutes and 36 seconds)
Chapter 24：Lecture 24 Touch Screen Experiment (25 minutes and 55 seconds)
Chapter 25：Lecture 25 FLASH Simulation EEPROM Experiment (23 minutes and 12 seconds)
Chapter 26：Lecture 26 SD Card Experiment (31 minutes and 49 seconds)
Chapter 27：Lecture 27 FATFS Experiment (33 minutes and 56 seconds)
Chapter 28：Lecture 28 Chinese Character Display Experiment (33 minutes and 25 seconds)
Chapter 29：Lecture 29 Serial IAP Experiment (28 minutes and 19 seconds)
Chapter 30：Lecture 30 UCOSII introductory experiment (42 minutes and 3 seconds)
You Might Like
Recommended Posts
- LM3647 Charge Controller
- LM3647 is a charge controller that can be used for lithium batteries, NiMH batteries, and NiCd batteries. This chip can charge with pulse current or constant current. This chip can also be configured
-
rain
Industrial Control Electronics
- zstack's clock
- Using cc2530, timer2 is a mac timer. Some information says the period is 320us. But I don't understand the operation of the function osalTimeUpdate() tmp = (ticks320us * 8) + remUsTicks; and the funct
-
turtle
RF/Wirelessly
- The difficulty of doing logic lies in system structure design and simulation verification
- When I first joined the company, my boss told me that the difficulty of doing logic is not in the design of RTL-level code, but in the design of system structure and simulation verification. At presen
-
eeleader
FPGA/CPLD
- How to analyze the following assembly language program
- STACK SEGMENT STACK DB 1024 DUP(0) STACK ENDS DATA SEGMENT TABF DW 262,350,352,350,441,393,350,393,441 DW 350,352,441,525,589,588,589,525,441 DW 440,350,393,350,393,441,350,293,294,262 DW 350,589,525,
-
snpty
Embedded System
- Dear experts, why can't I view the peripherals connected to the FPGA side by address in DS-5? ?
- [i=s]This post was last edited by yesea on 2017-3-24 11:55[/i] Dear experts, the development board I am using now is helio, which only runs a simple preloader, and even uboot does not run. Then I wrot
-
yesea
Altera SoC
- //---------How does TCPMP specify which frame to start playing and which frame to stop playing--------
- How does TCPMP specify which frame to start playing and which frame to stop playing. In my project, the video file used is in AVI format. I plan to use TCPMP to accurately locate the start frame and e
-
nuaajiang
Embedded System
Recommended Content
Web users are watching Change
- LM3647 Charge Controller
- zstack's clock
- The difficulty of doing logic lies in system structure design and simulation verification
- How to analyze the following assembly language program
- Dear experts, why can't I view the peripherals connected to the FPGA side by address in DS-5? ?
- //---------How does TCPMP specify which frame to start playing and which frame to stop playing--------
- Newbie help
- Help: WinCE 6.0 and 5.0 detailed comparison list
- Implementing serial communication between GPS receiver and handheld computer under Windows CE.pdf
- Do you want to know how to get started with embedded Linux drivers?
- Show off my buddy's homemade tool for judging the quality of parallel ports
- Are there any domestic manufacturers that are doing well in the wireless/RF field?
- Thoughts from the expulsion of Sha Seng and Sun Wukong
- Help: Current-type voltage transformer detects AC voltage circuit
- Keil array amplitude problem
- Share two PPT lectures on MOS tubes, very good
- Introduction to the Principle of MCU Reset Circuit
- ZwSetInformationFile Issue
- 【LPC54100】First week - share some schematics and blink running
- Shunt resistance
- The application circuit of the operational amplifier as a battery pack indicator light is shown in the figure
- Map issues in Wince environment
- About ESP8266 DNS domain name resolution abnormality and its solution
- Countdown 4 days: NXP i.MX processor quiz prize draw (including facial recognition demo source code)
- Newbie help with LPC1765 low power mode code
- Sharing of experience in single board circuit design (1) - power supply filtering
- Application of industrial control computers in coal mine safety production system monitoring
- “Taming” Oscillations—The Capacitive Load Problem
- Powerful program editor SourceInsight-v3.50.0050
- CCS cannot burn the program
Popular Components
Just Take a Look
Hot Downloads
- LED Rotating Display Program
- New domestic automobile circuit diagram (1) (Volume 1)
- Delta FT series power supply lightning protection box
- 5SOT23
- W83310DS_DG_09
- MAX1822
- us5u3
- Eight Queens Problem, C language
- 16*16 LED display in hanzixianshi, with KEIL and PROTUES big.
- L298N motor driver_common ground DXP data and related data.rar
MoreHot Articles
- Analysis of white LED backlight dimming solution
- Mouser Now Stocking Qorvo QPQ1298 High-Performance BAW Filter
- Groundbreaking Bayesian Deep Learning Enables Energy-Efficient AI
- Ask the court to declare that its 5G patent licensing rates comply with the FRAND principle
- STM32 collects signals from DHT11 temperature and humidity sensor
- How to operate an infrared spectrophotometer?
- STM8L151C8 MCU learning routine (13) - DHT11
- Details determine success or failure--Three key points in the design of the power supply system of the electronic blood pressure monitor
- Huawei's fourth major event: seven years of planning and three years of invisibility, what are the chances of success or failure?
- Qualcomm presents industry-leading AI innovations and collaborations at CES 2025, covering PCs, cars, smart homes and enterprise
京公网安备 11010802033920号