Mastering hardware protocols with ESP32 and Arduinos

Files Included :

1 Intro.mp4 (41.77 MB)
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2 Prerequisites for this course.mp4 (24.8 MB)
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3 Practice before theory.mp4 (30.14 MB)
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4 Differentiation from Wifi, Bluetooth ESP NOW and Co.mp4 (19.11 MB)
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5 Open VSC PlatformIO program in Arduino IDE.mp4 (81.45 MB)
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6 Sketches, part list and e-book.mp4 (9.62 MB)
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6 1 zz AllFiles MasteringHardwareProtocols v1.zip (16.22 MB)
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7 Disclaimer.mp4 (13.88 MB)
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1 Intro.mp4 (27.27 MB)
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2 Difference Oscilloscope vs Logic Analyzer.mp4 (53.12 MB)
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3 Logic Analyzer Characteristics.mp4 (78.69 MB)
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4 Practical use cases at a glance.mp4 (92.08 MB)
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5 Mask with AND.mp4 (100.36 MB)
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6 Mask with OR.mp4 (65.14 MB)
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7 Bitwise shift.mp4 (67.35 MB)
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8 Practical Exercise Examples 1.mp4 (220.52 MB)
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9 Practical Exercise Examples 2.mp4 (57.05 MB)
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1 Start.mp4 (37.78 MB)
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10 Trigger on level with IR sensor.mp4 (49.56 MB)
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2 Why PulseView.mp4 (62.06 MB)
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3 Download.mp4 (23 MB)
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4 Base sketc for all examples.mp4 (28.61 MB)
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5 Configuration and connecting Logic Analyzer.mp4 (114.91 MB)
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6 Samples and MHz setting.mp4 (30.62 MB)
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7 Frequency and milliseconds.mp4 (25.29 MB)
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8 Baud rate.mp4 (54.17 MB)
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9 Produce and measure PWM signal.mp4 (140.46 MB)
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1 Intro.mp4 (31.37 MB)
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10 Hardware Serial with ESP32.mp4 (83.24 MB)
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11 What is a parity bit.mp4 (57.79 MB)
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12 Example Parity Bit SERIAL 8E1 with ESP32.mp4 (75.27 MB)
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13 UART communication between two Arduino UNOs.mp4 (149.28 MB)
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14 Note the logic Level with ESP32 to Arduino UNO.mp4 (179.36 MB)
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15 Finding or calculating the baud rate.mp4 (59.1 MB)
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16 Analysing the IKEA air quality sensor Vindriktning.mp4 (162.24 MB)
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17 Self-made analysis with ESP32 for PM2,5 sensor from IKEA.mp4 (190.45 MB)
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18 Advantages and disadvantages of UART.mp4 (26.99 MB)
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2 Overview of serial communication with UART.mp4 (94.63 MB)
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3 Theory of data transmission.mp4 (50.71 MB)
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4 Hardware Serial Arduino Uno.mp4 (50.11 MB)
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5 Software Serial Arduino Uno.mp4 (53.65 MB)
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6 Display ASCII with decoder.mp4 (64.24 MB)
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7 HEX to ASCII with Arduino UNO.mp4 (79.36 MB)
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8 LSB and MSB.mp4 (47.63 MB)
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9 Binary LSB and MSB with Arduino UNO.mp4 (55.84 MB)
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1 Intro.mp4 (12.51 MB)
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2 OneWire Protocol Basics.mp4 (35.8 MB)
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3 DS18B20 Sketch and Wiring.mp4 (108.7 MB)
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4 Info from the data sheet.mp4 (83.11 MB)
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5 Data analysis with Logic Analyzer.mp4 (74.02 MB)
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6 Change resolution to 9 bit.mp4 (23.29 MB)
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7 Adding an external decoder.mp4 (62.32 MB)
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8 Get Data only with OneWire Library.mp4 (86.1 MB)
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1 Intro.mp4 (17 MB)
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2 Circuit and wiring.mp4 (90.97 MB)
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3 Understanding the protocoll and signal analysis.mp4 (139.77 MB)
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4 Using the DHT11 decoder.mp4 (17.36 MB)
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5 Insight into the DHT library.mp4 (63.06 MB)
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1 Intro.mp4 (15.34 MB)
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2 Basics.mp4 (61.97 MB)
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3 Sketch Arduino Uno to Uno.mp4 (135.55 MB)
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4 Analysis with Logic Analyzer.mp4 (24.89 MB)
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5 DHT22 values via SPI.mp4 (76.46 MB)
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1 Intro.mp4 (22.05 MB)
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10 Arduino Uno to Arduino Uno.mp4 (132.8 MB)
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11 Overview of I2C addresses.mp4 (27.79 MB)
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12 Create own Sketch for reading I2C addresses.mp4 (73.67 MB)
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13 I2C Multiplexer.mp4 (37.71 MB)
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2 I2C Introduction.mp4 (59.19 MB)
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3 Protocol in detail.mp4 (45.8 MB)
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4 Sketch and wiring BH1750.mp4 (100.25 MB)
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5 Analysis BH1750.mp4 (99.42 MB)
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6 Sketch BH1750 without external library.mp4 (173.92 MB)
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7 Sketch and wiring DHT20.mp4 (41.68 MB)
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8 Analysis DHT20.mp4 (106.36 MB)
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9 Sketch DHT20 without external library.mp4 (205.08 MB)
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1 Conclusion.mp4 (90.52 MB)
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2 Thank you and good by.mp4 (5.47 MB)
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