Udemy - Embedded Fun with RISC-V, Part 2 - Embedded Applications

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[ DevCourseWeb.com ] Udemy - Embedded Fun with RISC-V, Part 2 - Embedded Applications
  • Get Bonus Downloads Here.url (0.2 KB)
  • ~Get Your Files Here ! 1. Introduction
    • 1. Introduction.mp4 (12.4 MB)
    • 1. Introduction.srt (4.4 KB)
    • 2. Motivation 1 Get some hands-on MCU practice!.mp4 (8.7 MB)
    • 2. Motivation 1 Get some hands-on MCU practice!.srt (1.2 KB)
    • 3. Motivation 2 Dig deep into a firmware library!.mp4 (5.3 MB)
    • 3. Motivation 2 Dig deep into a firmware library!.srt (0.9 KB)
    • 4. Motivation 3 Get over the Arduino!.mp4 (9.3 MB)
    • 4. Motivation 3 Get over the Arduino!.srt (1.1 KB)
    • 5. About the Exercise Files.html (0.3 KB)
    • 5.1 GitHub Repository.html (0.1 KB)
    10. More About the Library
    • 1. A Quick and Dirty Approach to Learning.mp4 (10.3 MB)
    • 1. A Quick and Dirty Approach to Learning.srt (1.5 KB)
    • 2. GigaDevice Resources.mp4 (45.3 MB)
    • 2. GigaDevice Resources.srt (5.2 KB)
    • 3. Two Useful GitHub Repositories.mp4 (36.0 MB)
    • 3. Two Useful GitHub Repositories.srt (3.8 KB)
    11. Analog InputOutput
    • 1. Analog IO.mp4 (2.3 MB)
    • 1. Analog IO.srt (1.1 KB)
    • 2. Some Examples of Analog Applications.mp4 (9.5 MB)
    • 2. Some Examples of Analog Applications.srt (2.1 KB)
    • 3. More Examples.mp4 (32.2 MB)
    • 3. More Examples.srt (4.6 KB)
    • 4. Comparing Analog and Digital.mp4 (16.1 MB)
    • 4. Comparing Analog and Digital.srt (4.0 KB)
    • 5. Analog Data in Computing Systems.mp4 (13.6 MB)
    • 5. Analog Data in Computing Systems.srt (3.8 KB)
    12. Analog Input in the GD32V MCU
    • 1. ADC Module Description.mp4 (26.0 MB)
    • 1. ADC Module Description.srt (4.2 KB)
    • 2. ADC Application Hardware Description.mp4 (23.0 MB)
    • 2. ADC Application Hardware Description.srt (2.5 KB)
    • 3. Looking Back at the Manual.mp4 (25.7 MB)
    • 3. Looking Back at the Manual.srt (3.8 KB)
    • 4. The ADC Application Code.mp4 (29.2 MB)
    • 4. The ADC Application Code.srt (5.2 KB)
    • 5. The ADC Initialization Function.mp4 (54.9 MB)
    • 5. The ADC Initialization Function.srt (7.7 KB)
    • 6. The ADC Application Working.mp4 (21.2 MB)
    • 6. The ADC Application Working.srt (1.1 KB)
    13. Analog Output in the GD32V MCU
    • 1. DAC Module Description.mp4 (13.1 MB)
    • 1. DAC Module Description.srt (2.3 KB)
    • 2. DAC Application Hardware Description.mp4 (17.2 MB)
    • 2. DAC Application Hardware Description.srt (1.3 KB)
    • 3. The DAC Application Code.mp4 (78.3 MB)
    • 3. The DAC Application Code.srt (10.0 KB)
    • 4. The DAC Initialization Function.mp4 (23.1 MB)
    • 4. The DAC Initialization Function.srt (2.5 KB)
    • 5. A Bad Blocking Delay Function.mp4 (7.4 MB)
    • 5. A Bad Blocking Delay Function.srt (1.2 KB)
    • 6. The DAC Application Working.mp4 (31.4 MB)
    • 6. The DAC Application Working.srt (1.8 KB)
    14. Timers
    • 1. The need for Timer Modules.mp4 (6.0 MB)
    • 1. The need for Timer Modules.srt (3.0 KB)
    • 2. A Bad way of Generating PWM Signals.mp4 (6.6 MB)
    • 2. A Bad way of Generating PWM Signals.srt (2.3 KB)
    • 3. Types of Timers.mp4 (3.3 MB)
    • 3. Types of Timers.srt (1.9 KB)
    • 4. Typical Timer Circuitry.mp4 (4.9 MB)
    • 4. Typical Timer Circuitry.srt (1.8 KB)
    • 5. Periodic Interrupts.mp4 (9.8 MB)
    • 5. Periodic Interrupts.srt (2.9 KB)
    • 6. Input Capture Feature.mp4 (13.1 MB)
    • 6. Input Capture Feature.srt (4.4 KB)
    • 7. Output Compare Feature.mp4 (10.1 MB)
    • 7. Output Compare Feature.srt (3.3 KB)
    • 8. Pulse Width Modulation Feature.mp4 (6.6 MB)
    • 8. Pulse Width Modulation Feature.srt (3.0 KB)
    15. Timers in the GD32V Microcontroller
    • 1. GD32V Timer Module Description.mp4 (28.3 MB)
    • 1. GD32V Timer Module Description.srt (4.7 KB)
    • 2. GD32V Timer Registers.mp4 (24.5 MB)
    • 2. GD32V Timer Registers.srt (3.4 KB)
    • 3. PWM Application Hardware Description.mp4 (9.0 MB)
    • 4. The PWM Application Code.mp4 (12.8 MB)
    • 4. The PWM Application Code.srt (1.9 KB)
    • 5. The Timer Initialization Function.mp4 (85.3 MB)
    • 5. The Timer Initialization Function.srt (8.3 KB)
    • 6. The PWM Application Working.mp4 (11.8 MB)
    • 6. The PWM Application Working.srt (0.4 KB)
    16. Serial Communication
    • 1. Parallel vs. Serial Communication.mp4 (12.9 MB)
    • 2. Hard Disk Drive Interfaces.mp4 (21.0 MB)
    • 2. Hard Disk Drive Interfaces.srt (2.4 KB)
    • 3. Serial Port Characteristics.mp4 (19.1 MB)
    • 3. Serial Port Characteristics.srt (6.2 KB)
    • 4. Types of Serial Ports.mp4 (5.6 MB)
    • 4. Types of Serial Ports.srt (3.1 KB)
    17. Serial Peripheral Interface (SPI)
    • 1. About SPI.mp4 (4.0 MB)
    • 1. About SPI.srt (1.9 KB)
    • 2. Shift Registers.mp4 (12.4 MB)
    • 2. Shift Registers.srt (4.0 KB)
    • 3. SPI Signals.mp4 (12.4 MB)
    • 3. SPI Signals.srt (4.0 KB)
    • 4. SPI Timing.mp4 (14.1 MB)
    • 4. SPI Timing.srt (3.4 KB)
    • 5. SPI Networks (No pun intended).mp4 (12.2 MB)
    • 5. SPI Networks (No pun intended).srt (3.1 KB)
    18. I2C and Asynchronous Serial Communications
    • 1. More on Sparkfun.html (0.6 KB)
    19. About Interrupts
    • 1. Interrupts Intro.mp4 (2.0 MB)
    • 1. Interrupts Intro.srt (1.0 KB)
    • 10. Step 4 - The Interrupt Handler is Executed.mp4 (17.4 MB)
    • 10. Step 4 - The Interrupt Handler is Executed.srt (4.5 KB)
    • 11. Step 5 - The state is popped from the stack.mp4 (3.5 MB)
    • 11. Step 5 - The state is popped from the stack.srt (0.9 KB)
    • 12. Step 6 - Execution resumes where it left off.mp4 (3.8 MB)<

Description

Embedded Fun with RISC-V, Part 2: Embedded Applications



https://DevCourseWeb.com

MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 95 lectures (4h 41m) | Size: 1.94 GB

Get your hands on a RISC-V microcontroller.

What you'll learn
How to design an embedded system of your own.
The steps to take when you have an embedded system in mind.
Tips and tricks in several steps of the design and implementation process.
How to use a RISC-V microcontroller.
How a RISC-V microcontroller compares to its ARM Cortex-M courterpart.

Requirements
Be comfortable with digital or analog electronic circuits.
Have some basic experience with schematic diagrams.
Be able to create embedded applications using either a microcontroller or an FPGA.



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Udemy - Embedded Fun with RISC-V, Part 2 - Embedded Applications


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