Training
Profile
Embedded System Video Tutorial
Chapters
Chapter 1：Unit 1 Fundamentals and Introduction to Embedded Systems_Part 1 Introduction to Embedded Systems (9 minutes and 35 seconds)
Chapter 2：Unit 1 Fundamentals and Introduction to Embedded Systems_Part 2 Embedded System Specifications (11 minutes and 31 seconds)
Chapter 3：Unit 1 Fundamentals and Introduction to Embedded Systems_Part 3 Embedded System Application Examples (10 minutes and 58 seconds)
Chapter 4：Unit 2 Development System_Part 1 Embedded System Hardware Circuit Design I (10 minutes and 12 seconds)
Chapter 5：Unit 2 Development System_Part 2 Embedded System Hardware Circuit Design II (7 minutes and 20 seconds)
Chapter 6：Unit 2 Development System_Part 3 Embedded System Hardware Circuit Design III (9 minutes and 20 seconds)
Chapter 7：Unit 2 Development System_Part 4 Hardware Development System Debug tool I (8 minutes and 27 seconds)
Chapter 8：Unit 2 Development System_Part 5 Hardware Development System Debug tool II (9 minutes and 17 seconds)
Chapter 9：Unit 2 Development System_Part 6 Introduction to Integrated Development System (10 minutes and 29 seconds)
Chapter 10：Unit 2 Development System_Part 7 Renesas Integrated Development System HEW Installation and Use I (10 minutes and 36 seconds)
Chapter 11：Unit 2 Development System_Part 8 Renesas Integrated Development System HEW Installation and Use II (9 minutes and 6 seconds)
Chapter 12：Unit 2 Development System_Part 9 Program Code Generator Peripheral Driver Generator 2 (10 minutes and 23 seconds)
Chapter 13：Unit 2 Development System_Part 10 PDG2 Installation and Operation Instructions (10 minutes and 22 seconds)
Chapter 14：Unit 2 Development System_Part 11 Development System Installation Video (9 minutes and 15 seconds)
Chapter 15：Unit 3 PDG2 and PIO_Part 1 General input_output (GPIO) (10 minutes and 9 seconds)
Chapter 16：Unit 3 PDG2 and GPIO_Part 2 Establishing a HEW project and hardware connection I (7 minutes and 18 seconds)
Chapter 17：Unit 3 PDG2 and GPIO_Part 3 Establishing a HEW project and hardware connection II (6 minutes and 24 seconds)
Chapter 18：Unit 3 PDG2 and GPIO_Part 4 Implementation: LED on and off control and video (11 minutes and 3 seconds)
Chapter 19：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 1 Serial Communication Introduction (10 minutes and 31 seconds)
Chapter 20：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 2 UART Communication and RS232 I (10 minutes and 24 seconds)
Chapter 21：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 3 UART Communication and RS232 II (10 minutes and 25 seconds)
Chapter 22：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 4 Interrupt Mechanism (10 minutes and 49 seconds)
Chapter 23：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 5 PDG2 Settings and Examples (9 minutes and 3 seconds)
Chapter 24：Unit 4 Universal Asynchronous Transceiver Transmission UART and RS-232_Part 6 UART Application: Controlling LED Lighting and Darkness through Computer - Implementation Video (11 minutes and 59 seconds)
Chapter 25：Unit 5 integration implementation: seven-segment display and clock_Part 1 Compare Match Timer I (8 minutes and 44 seconds)
Chapter 26：Unit 5 integration implementation: seven-segment display and clock_Part 2 Compare Match Timer II (9 minutes and 28 seconds)
Chapter 27：Unit 5 integrated implementation: seven-segment display and clock_Part 3 The drive and circuit of the seven-segment display (10 minutes and 7 seconds)
Chapter 28：Unit Five Integration Implementation: Seven-segment Display and Clock_Part 4 Buttons and Circuits (9 minutes and 4 seconds)
Chapter 29：Unit 5 integration implementation: seven-segment display and clock_Part 5 system analysis and planning (11 minutes and 15 seconds)
Chapter 30：Unit 5 integration implementation: seven-segment display and clock_Part 6 Planning hardware peripherals with PDG2 (8 minutes and 53 seconds)
Chapter 31：Unit 5 integrated implementation: seven-segment display and clock_part 7 program code analysis (12 minutes and 43 seconds)
Chapter 32：Unit 5 System Integration Implementation: Seven-segment Display and Clock_Part 8 Practical Operation Video (5 minutes and 42 seconds)
Chapter 33：Unit 6 Analog to Digital Converter ADC_Part 1 Basic Concepts of Analog to Digital Conversion (10 minutes and 53 seconds)
Chapter 34：Unit 6 Analog-to-Digital Converter ADC_Part 2 Minimum Sampling Time and Sample Hold (8 minutes and 51 seconds)
Chapter 35：Unit 6 Analog-to-Digital Converter ADC_Part 3 Resolution and Voltage Conversion (10 minutes and 33 seconds)
Chapter 36：Unit 6 Analog-to-Digital Converter ADC_Part 4 Sampling Time Concept (10 minutes and 39 seconds)
Chapter 37：Unit 6 analog-to-digital converter ADC_Part 5 uses PDG2 setting ADC (10 minutes and 58 seconds)
Chapter 38：Unit 6 analog to digital converter ADC_Part 6 Continuous conversion and numerical display implementation (12 minutes and 11 seconds)
Chapter 39：Unit 7 General Timer GPT and ADC Trigger_Part 1 The concept of basic pulse width modulation PWM (11 minutes and 7 seconds)
Chapter 40：Unit 7 General Timer GPT and ADC Trigger_Part 2 Pulse Width Modulation PWM (10 minutes and 32 seconds)
Chapter 41：Unit 7 General Timer GPT and ADC Trigger_Part 3 General Timer GPT Function Introduction (11 minutes and 3 seconds)
Chapter 42：Unit 7 General Timer GPT and ADC Trigger_Part 4 Use PDG2 to set the GPT function (11 minutes and 0 seconds)
Chapter 43：Unit 7 General Timer GPT and ADC Trigger_Part 5 Automatically trigger ADC instance using GPT (26 minutes and 3 seconds)
Chapter 44：Unit 8 System Integration Implementation Displays Sampling Voltage on Computer Terminal_Part 1 Terminal Function (10 minutes and 34 seconds)
Chapter 45：Unit 8 System Integration Implementation Display Sampling Voltage on Computer Terminal_Part 2 ASCII Code and Character Conversion (9 minutes and 4 seconds)
Chapter 46：Unit 8 System Integration Implementation Display Sampling Voltage on Computer Terminal_Part 3 ASCII Code and Character Conversion Example (10 minutes and 25 seconds)
Chapter 47：Unit 8 System Integration Implementation Displays Sampling Voltage on Computer Terminal_Part 4 System Planning and Efficiency Analysis (10 minutes and 17 seconds)
Chapter 48：Unit 8 System Integration Implementation Displays Sampling Voltage on Computer Terminal_Part 5 Program Code Analysis (11 minutes and 44 seconds)
Chapter 49：Unit 8 System Integration Implementation Displays Sampling Voltage on Computer Terminal_Part 6 Experimental Results (9 minutes and 57 seconds)
Chapter 50：Unit 9 Internal Integrated Circuit I²C_Part 1 I²C Introduction (9 minutes and 43 seconds)
Chapter 51：Unit 9 Internal Integrated Circuit I²C_Part 2 Introduction to I²C Transmission Format (10 minutes and 17 seconds)
Chapter 52：Unit 9 Internal Integrated Circuit I²C_Part 3 PDG2 Settings Explanation (10 minutes and 2 seconds)
Chapter 53：Unit 10 System Integration Implementation: Accessing EEPROM through Terminal_Part 1 Memory Introduction (9 minutes and 12 seconds)
Chapter 54：Unit 10 System Integration Implementation: Accessing EEPROM through Terminal_Part 2 Introduction to EEPROM Read and Write Control (10 minutes and 10 seconds)
Chapter 55：Unit 10 System Integration Implementation: Accessing EEPROM through the terminal_Part 3 Set the required peripherals with PDG2 (7 minutes and 41 seconds)
Chapter 56：Unit 10 System Integration Implementation: Accessing EEPROM through Terminal_Part 4 Program Code Analysis (7 minutes and 25 seconds)
Chapter 57：Unit 10 System Integration Implementation: Accessing EEPROM through Terminal_Part 5 Experimental Result Video (25 minutes and 37 seconds)
Chapter 58：Table Hockey Match Machine_Hong Chongwen_Unit 1 System Specification and Planning_Part 1 Motivation and Background (7 minutes and 54 seconds)
Chapter 59：Table Hockey Match Machine__Hong Chongwen_Unit 1 System Specifications and Planning_Part 2 System Planning (5 minutes and 33 seconds)
Chapter 60：Table Hockey Match Machine_Hong Chongwen_Unit 1 System Specifications and Planning_Part 3 Motor Drive Evaluation and Testing (16 minutes and 49 seconds)
Chapter 61：Table Hockey Sparring Machine_Hong Chongwen_Unit 1 System Specification and Planning_Part 4 Evaluation and Testing of Movement Mechanism (8 minutes and 54 seconds)
Chapter 62：Table Hockey Match Machine_Hong Chongwen_Unit 1 System Specifications and Planning_Part 5 Evaluation and Testing of Paddle Sensing (20 minutes and 53 seconds)
Chapter 63：Table Hockey Match Machine_Hong Chongwen_Unit 1 System Specifications and Planning_Part 6 System Specifications (7 minutes and 16 seconds)
Chapter 64：Table Hockey Match Machine_Hong Chongwen_Unit 2 System Production and Assembly_Part 1 System Hardware Route Planning (12 minutes and 20 seconds)
Chapter 65：Table Hockey Match Machine_Hong Chongwen_Unit 2 System Production and Assembly_Part 2 Installation of Slide Rails and Drive Motors (13 minutes and 46 seconds)
Chapter 66：Table Hockey Match Machine_Hong Chongwen_Unit 2 System Production and Assembly_Part 3 Installation of Infrared Positioning Module (9 minutes and 24 seconds)
Chapter 67：Table Hockey Match Machine_Hong Chongwen_Unit 2 System Production and Assembly_Part 4 Hardware Circuit Design and Production (16 minutes and 11 seconds)
Chapter 68：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 1 Software Flow Chart (16 minutes and 14 seconds)
Chapter 69：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 2 Infrared Positioning Module Reading (12 minutes and 49 seconds)
Chapter 70：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Code_Part 2-1 Infrared Positioning Module Reading Implementation (10 minutes and 49 seconds)
Chapter 71：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 3 Stepper Motor Drive (10 minutes and 39 seconds)
Chapter 72：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 3-1 Stepper Motor Drive (11 minutes and 20 seconds)
Chapter 73：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 4 Tracking and Predicting the Ball Trajectory and Hitting Action (11 minutes and 18 seconds)
Chapter 74：Table Hockey Match Machine_Hong Chongwen_Unit 3 Program and Driver Coding_Part 4-1 Tracking and Predicting the Ball Trajectory and Hitting Action (10 minutes and 54 seconds)
Chapter 75：Table Hockey Match Machine_Hong Chongwen_Unit 4 System Integration, Debugging and Testing_Part 1 System Installation and Integration (8 minutes and 36 seconds)
Chapter 76：Table Hockey Match Machine_Hong Chongwen_Unit 4 System Integration, Debugging and Testing_Part 1-1 System Installation and Integration Implementation (7 minutes and 49 seconds)
Chapter 77：Table Hockey Match Machine_Hong Chongwen_Unit 4 System Integration, Debugging and Testing_Part 2 Infrared System Adjustment (5 minutes and 30 seconds)
Chapter 78：Table Hockey Match Machine_Hong Chongwen_Unit 4 System Integration, Debugging and Testing_Part 3 Stepper Motor System Adjustment (8 minutes and 33 seconds)
Chapter 79：Table Hockey Match Machine_Hong Chongwen_Unit 4 System Integration, Debugging and Testing_Part 4 Review and Improvement (7 minutes and 39 seconds)
Chapter 80：Unit 1 I_O and Interrupts_Part 1 I_O and Peripherals (8 minutes and 53 seconds)
Chapter 81：Unit 1 I_O and Interrupts_Part 2 I_O data migration (10 minutes and 9 seconds)
Chapter 82：Unit 1 I_O and Interrupt_Part 3 Interrupt (11 minutes and 12 seconds)
Chapter 83：Unit 2 Programming Architecture of Embedded Systems_Unit Introduction (8 minutes and 10 seconds)
Chapter 84：Unit 2 Programming Architecture of Embedded Systems_Part 1 Single Project-Cycle Execution (10 minutes and 11 seconds)
Chapter 85：Unit 2 Programming Architecture of Embedded Systems_Part 2 Single Project-foreground_background (8 minutes and 36 seconds)
Chapter 86：Unit 2 Programming Architecture of Embedded Systems_Part 3 Program Status of Multi-Project (10 minutes and 23 seconds)
Chapter 87：Unit 3 Basic concepts of real-time operating system (1)_Part 1 What is real-time operating system (10 minutes and 42 seconds)
Chapter 88：Unit 3 Basic concepts of real-time operating system (1)_Part 2 Blocking_Non-blocking FunctionSynchronous I_O and asynchronous I_O (11 minutes and 30 seconds)
Chapter 89：Unit 3 Basic concepts of real-time operating system (1)_Part 3 Non-reentrant function & reentrant function (10 minutes and 0 seconds)
Chapter 90：Unit 3 Basic concepts of real-time operating system (1)_Part 4 C language area_static_global variables (12 minutes and 35 seconds)
Chapter 91：Unit 4 Basic Concepts of Real-Time Operating Systems (2)_Part 1 Communication and Synchronization of Multi-Projects (10 minutes and 50 seconds)
Chapter 92：Unit 4 Basic concepts of real-time operating system (2)_Part 2 Critical Section (10 minutes and 34 seconds)
Chapter 93：Unit 4 Basic concepts of real-time operating system (2)_Part 3 Timer_Tick Clock (11 minutes and 9 seconds)
Chapter 94：Unit 5 Scheduling Method_Unit Introduction (5 minutes and 49 seconds)
Chapter 95：Unit 5 Scheduling Method_Part 1 Non-Real-Time Scheduling (7 minutes and 3 seconds)
Chapter 96：Unit 5 Scheduling Method_Part 2 Real-Time Scheduling (10 minutes and 43 seconds)
Chapter 97：Unit 5 Scheduling Method_Part 3 Priority Inversion Problem (9 minutes and 59 seconds)
Chapter 98：Unit 6 uC_OS-II as an example RTOS_Part 1 Introduction to uC_OS-II (10 minutes and 35 seconds)
Chapter 99：Unit 6 uC_OS-II is an example of RTOS_Part 2 uC_OS-II scheduling (10 minutes and 59 seconds)
Chapter 100：Unit 6 uC_OS-II is an example of RTOS_Part 3 uC_OS-II software architecture (10 minutes and 27 seconds)
Chapter 101：Unit 6 uC_OS-II as an example RTOS_Part 4 uC_OS-II Task synchronization-Semaphore (10 minutes and 8 seconds)
Chapter 102：Unit 6 uC_OS-II as an example RTOS_Part 5 uC_OS-II messaging-Mailbox (9 minutes and 46 seconds)
Chapter 103：Unit 6 uC_OS-II is an example of RTOS_Part 6 uC_O-II Multiple message delivery-Message Queue (11 minutes and 17 seconds)
Chapter 104：Unit 6 uC_OS-II is an example of RTOS_Part 7 uC_OS-II multi-event trigger-Flags (11 minutes and 0 seconds)
Chapter 105：Unit 6 uC_OS-II is an example of RTOS_Part 8 uC_OS-II memory management (8 minutes and 39 seconds)
Chapter 106：Unit 6 uC_OS-II as an example RTOS_Part 9 _uC_OS-II Time Management (8 minutes and 4 seconds)
Chapter 107：Unit 7 uC_OS-II multi-project design example_Part 1 LED_button_seven-segment display (9 minutes and 52 seconds)
Chapter 108：Unit 7 uC_OS-II multi-project design example_Part 2 RS-232 transmission interface principle (11 minutes and 37 seconds)
Chapter 109：Unit 7 uC_OS-II multi-project design example_Part 3 How to use the RS-232 transmission interface (10 minutes and 8 seconds)
Chapter 110：Unit 7 uC_OS-II multi-project design example_Part 4 RS-232 transmission interface application (10 minutes and 23 seconds)
Chapter 111：Unit 7 uC_OS-II Multi-Project Design Example_Part 5 Recording and Playback-Principle (10 minutes and 32 seconds)
Chapter 112：Unit 7 uC_OS-II multi-project design example_Part 5.2 WAV file format (6 minutes and 48 seconds)
Chapter 113：Unit 7 uC_OS-II Multi-Project Design Example_Part 6 Recording and Playback-Programming (13 minutes and 11 seconds)
Chapter 114：Unit 7 uC_OS-II Multi-Project Design Example_Part 7 Infrared Transmission and Reception-Protocol (9 minutes and 35 seconds)
Chapter 115：Unit 7 uC_OS-II Multi-Project Design Example_Part 8 Infrared Transmission and Reception-Programming (7 minutes and 8 seconds)
Chapter 116：Unit 7 uC_OS-II multi-project design example_Part 9 Event Flags application (7 minutes and 29 seconds)
Chapter 117：Unit 8 LED display signage design example (1)-Basic circuit concept_Part 1 Transistor logic gate (11 minutes and 21 seconds)
Chapter 118：Unit 8 LED display signage design example (1)-Basic circuit concept_Part 2 Fan-in_Fan-out (11 minutes and 19 seconds)
Chapter 119：Unit 8 LED display signage design example (1)-Basic circuit concept_Part 3 Pull high resistor (Pull down) (7 minutes and 46 seconds)
Chapter 120：Unit 8 LED display signage design example (1)-Basic circuit concept_Part 4 TTL and CMOS logic gate voltage levels (8 minutes and 58 seconds)
Chapter 121：Unit 9 LED display signage design example (2) - scanning display_Part 1 LED dot matrix scanning display principle (8 minutes and 8 seconds)
Chapter 122：Unit 9 LED display signage design example (2) - Scanning display_Part 2 32×32 LED point matrix current requirement (9 minutes and 56 seconds)
Chapter 123：Unit 9 LED display signage design example (2)-scanning display_Part 3 32×32 LED dot matrix drive circuit (9 minutes and 52 seconds)
Chapter 124：Unit 9 LED display signage design example (2) - Scanning display_Part 4 32×32 LED dot matrix multi-engineering design (14 minutes and 20 seconds)
You Might Like
Recommended Posts
- [Mill MYC-J1028X development board trial] Use Node-RED to transform the MYC-J1028X development board into an industrial control gateway
- [i=s]This post was last edited by HonestQiao on 2022-10-2 10:59[/i]This article is long and involves many knowledge points. You need to read it patiently. The following is the directory of specific co
-
HonestQiao
NXP MCU
- How to transfer Q, I, and M registers to V register in PLC program?
- [size=3]Please give me some advice on how to transfer Q, I, M registers to V register in PLC program[/size]
-
eeleader
Industrial Control Electronics
- CCS3.3 Chinese Learning Manual
- I have uploaded two Chinese learning manuals for CCS3.3, I hope they will be helpful to everyone!
-
kooking
DSP and ARM Processors
- Programs written in EVC cannot open the GPIO driver when operated under wince5.0
- I used evc to write a gpio output program, but when I opened the driver with wince system, it showed that the gpio driver failed to be opened. I don't know why. I used the s3c2440 experimental board o
-
gaoli.85
Embedded System
- The terminal cannot collect temperature and humidity information after waking up from sleep
- As the title says, when I make the node not sleep, that is, when I do not add the POWER_SAVING compilation option, the node can collect temperature and humidity information normally. However, when I a
-
浩海狂澜
RF/Wirelessly
- About the limitations of in-depth study of switching power supplies!!!
- At first, I was engaged in low-power mobile phone chargers, and later I made a 30W switching power supply at most. I never had the opportunity to go to a switching power supply factory to really pract
-
gh131413
Power technology
Recommended Content
Web users are watching Change
- The terminal cannot collect temperature and humidity information after waking up from sleep
- About the limitations of in-depth study of switching power supplies!!!
- How to call the soft input panel
- MAX7219 cascade driver problem
- How to calculate power saving based on power factor?
- [Qinheng RISC-V core CH582] 4-The mobile phone reads and writes data from CH582
- EEWORLD University Hall ---- Operating System Principles Tian Lihua, Xi'an Jiaotong University
- Introduction to the National College Students Information Security Technology Invitational Competition
- Help! Please help me answer this question!
- [Ask TI] AM1808 issues with burning ubl and u-boot via xds100v2
- FPGA digital electronic system design and development example navigation.pdf
- Could you please help me analyze how this half-bridge inverter circuit works?
- 51 single chip microcomputer makes frequency converter
- Texas Instruments: C6-Integra (DSPARM) Solution for Industrial PAC (Part 2)
- How much do you know about the rising star of CAT1?
- How to modify MTU in WINCE4.2/5.0?
- Is the workbench easy to use? Can it greatly improve development efficiency?
- Help!!! I'm working on wireless power supply for laptops, please help me with EMI issues
- Ethernet Data
- How did the information on Taobao get leaked? Everyone, please give me some advice!
- Problems with using STM32 for Manchester code
- Smart Device DLL
- The Hall sensor signal is asymmetric and the HALL C high level is too low. What is the cause? How to solve it?
- BP9116A/BP9116B wide input voltage Jingfeng 3-5W power
- SSD1289 programming 3.2 inch TFT
- George Heilmeier, the scientific genius who invented invisible aircraft and liquid crystal displays
- [Reprint] "Very Silly" Circuit Problem (Part 2)
- Brand new A-size LCD screen, 2.2-inch, 2.8-inch, 3.2-inch, provide information, special price! ! ! ! !
- About PCIE Goldfinger
- How to hide a source file and only use the .o file?
Popular Components
Just Take a Look
Hot Downloads
- Amplifier Design
- Design and analysis of temperature measurement and control system based on at89c2051
- Zernike mode restoration error of turbulent distorted wavefront using Hartmann sensor
- Network relay board
- High-speed image real-time storage based on FPGA control
- A virtual serial port driver source code
- Design of voice collection and network transmission system based on ARM
- This is a detailed source code for developing gal16v8 devices
- PL-330 Design Reference Example
- Windows CE embedded advanced programming and detailed examples
MoreHot Articles
- Low Power Design of SoC System
- Low-power and high-speed data acquisition system based on DSP
- Research and Design of UART between TMS320VC5402 and PC
- Clock chip interface design for PowerPC and Dallas
- Design and implementation of automatic white balance adjustment system for color TV based on 7110
- Design of CAN bus intelligent node based on ADμC812
- Design of paperless recorder using C51 and plug-in FLASH memory
- EL6249C and its application in MEMS dynamic testing
- Implementation of Dial-up Internet Access Using Microcontroller
- Efficient instruction support for microcontrollers adapting to real-time multitasking
京公网安备 11010802033920号