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| [TGx]Downloaded from torrentgalaxy.to .txt |
585B |
| 0 |
487.21KB |
| 1 |
946.03KB |
| 1. Conclusion.mp4 |
90.52MB |
| 1. Intro.mp4 |
41.77MB |
| 1. Intro.mp4 |
31.37MB |
| 1. Intro.mp4 |
27.27MB |
| 1. Intro.mp4 |
22.05MB |
| 1. Intro.mp4 |
17.00MB |
| 1. Intro.mp4 |
15.34MB |
| 1. Intro.mp4 |
12.51MB |
| 1. Start.mp4 |
37.78MB |
| 10 |
209.52KB |
| 10. Arduino Uno to Arduino Uno.mp4 |
132.80MB |
| 10. Hardware Serial with ESP32.mp4 |
83.24MB |
| 10. Trigger on level with IR sensor.mp4 |
49.56MB |
| 11 |
89.44KB |
| 11. Overview of I2C addresses.mp4 |
27.79MB |
| 11. What is a parity bit .mp4 |
57.79MB |
| 12 |
303.86KB |
| 12. Create own Sketch for reading I2C addresses.mp4 |
73.67MB |
| 12. Example Parity Bit SERIAL_8E1 with ESP32.mp4 |
75.27MB |
| 13 |
650.62KB |
| 13. I2C Multiplexer.mp4 |
37.71MB |
| 13. UART communication between two Arduino UNOs.mp4 |
149.28MB |
| 14 |
660.29KB |
| 14. Note the logic Level with ESP32 to Arduino UNO.mp4 |
179.36MB |
| 15 |
770.17KB |
| 15. Finding or calculating the baud rate.mp4 |
59.10MB |
| 16 |
594.18KB |
| 16. Analysing the IKEA air quality sensor Vindriktning.mp4 |
162.24MB |
| 17 |
376.75KB |
| 17. Self-made analysis with ESP32 for PM2,5 sensor from IKEA.mp4 |
190.45MB |
| 18 |
943.48KB |
| 18. Advantages and disadvantages of UART.mp4 |
26.99MB |
| 19 |
35.34KB |
| 2 |
563.28KB |
| 2. Basics.mp4 |
61.97MB |
| 2. Circuit and wiring.mp4 |
90.97MB |
| 2. Difference Oscilloscope vs. Logic Analyzer.mp4 |
53.12MB |
| 2. I2C Introduction.mp4 |
59.19MB |
| 2. OneWire Protocol Basics.mp4 |
35.80MB |
| 2. Overview of serial communication with UART.mp4 |
94.63MB |
| 2. Prerequisites for this course.mp4 |
24.80MB |
| 2. Thank you and good by.mp4 |
5.47MB |
| 2. Why PulseView.mp4 |
62.06MB |
| 20 |
489.27KB |
| 21 |
919.22KB |
| 22 |
774.50KB |
| 23 |
906.66KB |
| 24 |
562.36KB |
| 25 |
651.97KB |
| 26 |
315.65KB |
| 27 |
556.17KB |
| 28 |
750.33KB |
| 29 |
1001.96KB |
| 3 |
653.83KB |
| 3. Download.mp4 |
23.00MB |
| 3. DS18B20 Sketch and Wiring.mp4 |
108.70MB |
| 3. Logic Analyzer Characteristics.mp4 |
78.69MB |
| 3. Practice before theory.mp4 |
30.14MB |
| 3. Protocol in detail.mp4 |
45.80MB |
| 3. Sketch Arduino Uno to Uno.mp4 |
135.55MB |
| 3. Theory of data transmission.mp4 |
50.71MB |
| 3. Understanding the protocoll and signal analysis.mp4 |
139.77MB |
| 30 |
339.79KB |
| 31 |
668.01KB |
| 32 |
885.29KB |
| 33 |
776.36KB |
| 34 |
961.01KB |
| 35 |
700.50KB |
| 36 |
961.62KB |
| 37 |
34.36KB |
| 38 |
824.70KB |
| 39 |
924.00KB |
| 4 |
82.62KB |
| 4. Analysis with Logic Analyzer.mp4 |
24.89MB |
| 4. Base sketc for all examples.mp4 |
28.61MB |
| 4. Differentiation from Wifi, Bluetooth ESP NOW and Co..mp4 |
19.11MB |
| 4. Hardware Serial Arduino Uno.mp4 |
50.11MB |
| 4. Info from the data sheet.mp4 |
83.11MB |
| 4. Practical use cases at a glance.mp4 |
92.08MB |
| 4. Sketch and wiring BH1750.mp4 |
100.25MB |
| 4. Using the DHT11 decoder.mp4 |
17.36MB |
| 40 |
217.86KB |
| 41 |
972.83KB |
| 42 |
165.80KB |
| 43 |
848.35KB |
| 44 |
354.02KB |
| 45 |
901.49KB |
| 46 |
293.42KB |
| 47 |
909.96KB |
| 48 |
448.71KB |
| 49 |
376.98KB |
| 5 |
781.31KB |
| 5. Analysis BH1750.mp4 |
99.42MB |
| 5. Configuration and connecting Logic Analyzer.mp4 |
114.91MB |
| 5. Data analysis with Logic Analyzer.mp4 |
74.02MB |
| 5. DHT22 values via SPI.mp4 |
76.46MB |
| 5. Insight into the DHT library.mp4 |
63.06MB |
| 5. Mask with AND.mp4 |
100.36MB |
| 5. Open VSC PlatformIO program in Arduino IDE.mp4 |
81.45MB |
| 5. Software Serial Arduino Uno.mp4 |
53.65MB |
| 50 |
204.62KB |
| 51 |
236.46KB |
| 52 |
326.44KB |
| 53 |
222.90KB |
| 54 |
299.64KB |
| 55 |
208.13KB |
| 56 |
645.18KB |
| 57 |
389.56KB |
| 58 |
884.64KB |
| 59 |
396.01KB |
| 6 |
735.15KB |
| 6.1 zz_AllFiles_MasteringHardwareProtocols_v1.zip |
16.22MB |
| 6. Change resolution to 9 bit.mp4 |
23.29MB |
| 6. Display ASCII with decoder.mp4 |
64.24MB |
| 6. Mask with OR.mp4 |
65.14MB |
| 6. Samples and MHz setting.mp4 |
30.62MB |
| 6. Sketch BH1750 without external library.mp4 |
173.92MB |
| 6. Sketches, part list and e-book.mp4 |
9.62MB |
| 60 |
213.38KB |
| 61 |
745.42KB |
| 62 |
8.63KB |
| 63 |
728.90KB |
| 64 |
112.40KB |
| 65 |
204.21KB |
| 66 |
725.57KB |
| 67 |
1.08KB |
| 68 |
968.86KB |
| 69 |
913.97KB |
| 7 |
550.02KB |
| 7. Adding an external decoder.mp4 |
62.32MB |
| 7. Bitwise shift.mp4 |
67.35MB |
| 7. Disclaimer.mp4 |
13.88MB |
| 7. Frequency and milliseconds.mp4 |
25.29MB |
| 7. HEX to ASCII with Arduino UNO.mp4 |
79.36MB |
| 7. Sketch and wiring DHT20.mp4 |
41.68MB |
| 70 |
654.45KB |
| 71 |
3.84KB |
| 72 |
797.32KB |
| 73 |
672.63KB |
| 74 |
120.70KB |
| 75 |
503.44KB |
| 76 |
390.66KB |
| 8 |
234.23KB |
| 8. Analysis DHT20.mp4 |
106.36MB |
| 8. Baud rate.mp4 |
54.17MB |
| 8. Get Data only with OneWire Library.mp4 |
86.10MB |
| 8. LSB and MSB.mp4 |
47.63MB |
| 8. Practical Exercise Examples 1.mp4 |
220.52MB |
| 9 |
459.11KB |
| 9. Binary LSB and MSB with Arduino UNO.mp4 |
55.84MB |
| 9. Practical Exercise Examples 2.mp4 |
57.05MB |
| 9. Produce and measure PWM signal.mp4 |
140.46MB |
| 9. Sketch DHT20 without external library.mp4 |
205.08MB |
| TutsNode.net.txt |
63B |