Mastering hardware protocols with ESP32 and Arduinos

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Mastering hardware protocols with ESP32 and Arduinos [TutsNode.net] - Mastering hardware protocols with ESP32 and Arduinos 2. Basics logic analyzer and bit operators
  • 8. Practical Exercise Examples 1.mp4 (220.5 MB)
  • 5. Mask with AND.mp4 (100.4 MB)
  • 4. Practical use cases at a glance.mp4 (92.1 MB)
  • 3. Logic Analyzer Characteristics.mp4 (78.7 MB)
  • 7. Bitwise shift.mp4 (67.3 MB)
  • 6. Mask with OR.mp4 (65.1 MB)
  • 9. Practical Exercise Examples 2.mp4 (57.0 MB)
  • 2. Difference Oscilloscope vs. Logic Analyzer.mp4 (53.1 MB)
  • 1. Intro.mp4 (27.3 MB)
8. I2C
  • 9. Sketch DHT20 without external library.mp4 (205.1 MB)
  • 6. Sketch BH1750 without external library.mp4 (173.9 MB)
  • 10. Arduino Uno to Arduino Uno.mp4 (132.8 MB)
  • 8. Analysis DHT20.mp4 (106.4 MB)
  • 4. Sketch and wiring BH1750.mp4 (100.2 MB)
  • 5. Analysis BH1750.mp4 (99.4 MB)
  • 12. Create own Sketch for reading I2C addresses.mp4 (73.7 MB)
  • 2. I2C Introduction.mp4 (59.2 MB)
  • 3. Protocol in detail.mp4 (45.8 MB)
  • 7. Sketch and wiring DHT20.mp4 (41.7 MB)
  • 13. I2C Multiplexer.mp4 (37.7 MB)
  • 11. Overview of I2C addresses.mp4 (27.8 MB)
  • 1. Intro.mp4 (22.1 MB)
4. UART
  • 17. Self-made analysis with ESP32 for PM2,5 sensor from IKEA.mp4 (190.4 MB)
  • 14. Note the logic Level with ESP32 to Arduino UNO.mp4 (179.4 MB)
  • 16. Analysing the IKEA air quality sensor Vindriktning.mp4 (162.2 MB)
  • 13. UART communication between two Arduino UNOs.mp4 (149.3 MB)
  • 2. Overview of serial communication with UART.mp4 (94.6 MB)
  • 10. Hardware Serial with ESP32.mp4 (83.2 MB)
  • 7. HEX to ASCII with Arduino UNO.mp4 (79.4 MB)
  • 12. Example Parity Bit SERIAL_8E1 with ESP32.mp4 (75.3 MB)
  • 6. Display ASCII with decoder.mp4 (64.2 MB)
  • 15. Finding or calculating the baud rate.mp4 (59.1 MB)
  • 11. What is a parity bit .mp4 (57.8 MB)
  • 9. Binary LSB and MSB with Arduino UNO.mp4 (55.8 MB)
  • 5. Software Serial Arduino Uno.mp4 (53.7 MB)
  • 3. Theory of data transmission.mp4 (50.7 MB)
  • 4. Hardware Serial Arduino Uno.mp4 (50.1 MB)
  • 8. LSB and MSB.mp4 (47.6 MB)
  • 1. Intro.mp4 (31.4 MB)
  • 18. Advantages and disadvantages of UART.mp4 (27.0 MB)
3. PulseView Basics
  • 9. Produce and measure PWM signal.mp4 (140.5 MB)
  • 5. Configuration and connecting Logic Analyzer.mp4 (114.9 MB)
  • 2. Why PulseView.mp4 (62.1 MB)
  • 8. Baud rate.mp4 (54.2 MB)
  • 10. Trigger on level with IR sensor.mp4 (49.6 MB)
  • 1. Start.mp4 (37.8 MB)
  • 6. Samples and MHz setting.mp4 (30.6 MB)
  • 4. Base sketc for all examples.mp4 (28.6 MB)
  • 7. Frequency and milliseconds.mp4 (25.3 MB)
  • 3. Download.mp4 (23.0 MB)
6. Non-standard protocols- DHT11 (DHT22)
  • 3. Understanding the protocoll and signal analysis.mp4 (139.8 MB)
  • 2. Circuit and wiring.mp4 (91.0 MB)
  • 5. Insight into the DHT library.mp4 (63.1 MB)
  • 4. Using the DHT11 decoder.mp4 (17.4 MB)
  • 1. Intro.mp4 (17.0 MB)
7. SPI
  • 3. Sketch Arduino Uno to Uno.mp4 (135.6 MB)
  • 5. DHT22 values via SPI.mp4 (76.5 MB)
  • 2. Basics.mp4 (62.0 MB)
  • 4. Analysis with Logic Analyzer.mp4 (24.9 MB)
  • 1. Intro.mp4 (15.3 MB)
5. OneWire
  • 3. DS18B20 Sketch and Wiring.mp4 (108.7 MB)
  • 8. Get Data only with OneWire Library.mp4 (86.1 MB)
  • 4. Info from the data sheet.mp4 (83.1 MB)
  • 5. Data analysis with Logic Analyzer.mp4 (74.0 MB)
  • 7. Adding an external decoder.mp4 (62.3 MB)
  • 2. OneWire Protocol Basics.mp4 (35.8 MB)
  • 6. Change resolution to 9 bit.mp4 (23.3 MB)
  • 1. Intro.mp4 (12.5 MB)
9. Closing chapter
  • 1. Conclusion.mp4 (90.5 MB)
  • 2. Thank you and good by.mp4 (5.5 MB)
1. Introduction
  • 5. Open VSC PlatformIO program in Arduino IDE.mp4 (81.5 MB)
  • 1. Intro.mp4 (41.8 MB)
  • 3. Practice before theory.mp4 (30.1 MB)
  • 2. Prerequisites for this course.mp4 (24.8 MB)
  • 4. Differentiation from Wifi, Bluetooth ESP NOW and Co..mp4 (19.1 MB)
  • 6.1 zz_AllFiles_MasteringHardwareProtocols_v1.zip (16.2 MB)
  • 7. Disclaimer.mp4 (13.9 MB)
  • 6. Sketches, part list and e-book.mp4 (9.6 MB)
  • TutsNode.net.txt (0.1 KB)
  • [TGx]Downloaded from torrentgalaxy.to .txt (0.6 KB)
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Description


Description

Welcome to the video course “Analysis and use of UART, I2C, OneWire, SPI and non-standard protocols in the Arduino/ESP environment”!

In this course we dive deep into the world of communication protocols and show you how to use them effectively with Arduino and ESP microcontrollers.

This course is ideal for Arduino and ESP enthusiasts who want to expand their understanding of communication protocols to create complex projects. Whether you are an experienced developer or a beginner, this course will provide you with valuable knowledge and practical applications.

This is not a theory course. We will jump straight into practical implementation and analyse and evaluate the protocols with a logic analyser.

In the course of the course, we will mainly deal with the most important communication protocols in the Arduino environment:

UART
I2C
OneWire
SPI

We will also look at non-standard protocols that are often used in special applications. You will learn how to identify, analyse and integrate these protocols into your Arduino and ESP projects.

After the introductory chapter, we can are able to handle bit operators so that we can do our own evaluations and libraries at bit level.

We will evaluate a light sensor (BH1750), DHT20 and DHT11 as well as an Ikea air quality sensor ourselves, without any external libraries.

In this video course we will use practical examples and demonstrations to teach you how to use these protocols. You will learn how to set up serial communication between different microcontrollers, transfer data, read sensors. We will also cover common challenges and troubleshooting that can occur when using these protocols.

By the end of the course you will have a solid understanding of UART, I2C, OneWire, SPI and non-standard protocols. You will be able to use these protocols safely and effectively in your Arduino and ESP projects and significantly expand your skills as a developer.

Sign up for my video course now and dive into the fascinating world of hardware protocols with microcontrollers!
Who this course is for:

Arduino and ESP hobbyists
Electronics and IoT enthusiasts
Programmers and developers: if you already have basic programming skills and want to expand your skills in the field of microcontroller programming
Anyone who enjoys developing with microcontrollers

Requirements

Logic Analyzer for analysing the logs with PulseView (Windows, macOS & Linux)
Arduino or ESP32
First experience with programming Arduinos and ESPs. You should already know how to use the IDE.
Various sensors for evaluating protocols such as DHT20, DHT11, BH1750. More details in the parts list
Fun with the analysis of protocols

Last Updated 6/2023



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Mastering hardware protocols with ESP32 and Arduinos
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