AstroBot session 1 (introduction to Embedded systems)
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The document introduces the basics of embedded systems and microcontrollers, focusing on the Arduino platform. It covers the components of Arduino, including its functions, coding, and practical applications like home automation and robotics. The session also anticipates further exploration of Arduino's capabilities in upcoming sessions.
AstroBot session 1 (introduction to Embedded systems)
- 3. Who are we
- 4. Who are we
- 6. Astrobot
- 7. Astro Boy Plot • Smart City • Robots • Self-Driving Car
- 8. Embedded Systems A METHOD OF SHAPING THE WORLD
- 9. Embedded Systems SOFTWARE + HARDWARE FOR A SPECIFIC TASK Microcontroller
- 10. Let’s Play
- 11. SMART WATCHES
- 12. Remote controls
- 13. Airplanes
- 14. ROBOVAC
- 15. ROBOVAC
- 16. LIGHT BULB
- 17. Can you guess other Examples ?
- 18. MICROCONTROLLERS IT IS A “MICRO” DEVICE THAT “CONTROLS” DEVICES A MICROPROCESSOR HAVING RAM,ROM AND I/O PORTS.
- 20. Interrupt
- 25. Is (Embedded Systems Specialization) an easy Specialization ?
- 26. Arduino Uno R3
- 28. Ohm’s Law
- 36. Resistor Code App How to measure?
- 37. Series & Parallel connection :
- 43. Jumpers Wires
- 44. Buzzer
- 45. #Make a simple Doorbell ?!
- 48. Potentiometer
- 49. # Fade a simple led by using a potentiometer
- 50. What is Arduino?
- 51. Arduino is an open-source electronic platform based on easy-to-use hardware and software.
- 54. Why Arduino! - Easy to use. - inexpensive. - Components are in one board. - Easy in hardware & software.
- 58. HOME AUTOMATION & SECURITY
- 59. AVOIDANCE CAR
- 60. QUADCOPTER
- 63. Arduino UNO • The most commonly used Arduino board. • We will use it in our workshop.
- 64. Microcontroller - Can be considered the brain of the Arduino. - Execute the instructions.
- 66. Datasheet
- 67. USB Interface( Jack ) - Allow the computer to program the microcontroller. - Get power to run the Arduino.
- 68. External Power Supply - 7-12 Volt. - Provides the required 5 volt to microcontroller.
- 69. Indicator LEDs - ON : The power LED. - L : Connected to digital pin 13. - TX: Transmit data to computer. - RX : Receive data from computer.
- 70. Reset Button Restart the microcontroller to start the program from the beginning.
- 71. Input/output Pins Allows you to connect external devices. - Digital Pins. - Analog Pins. - Power Pins. - Reset Pin.
- 73. Digital signal 1 1 1 10 0 0 0
- 74. Analog signal
- 76. Reset Pin
- 77. void setup() { pinMode(13, OUTPUT); } void loop() { digitalWrite(13, HIGH); } Arduino Coding
- 78. ARDUINO TYPES
- 79. Arduino UNO Arduino Micro Arduino Nano Arduino Mega Arduino Types
- 80. ARDUINO UNO
- 81. Summary…
- 84. Digital I/O pins(2-13) Serial Out (TX) Serial In (RX) Ground ATmega Microcontroller External Power Supply USB Jack Analog In Pins (A0-A5) Voltage In (7 – 20 Volt) Ground Pins5 Volt Power 3.3 Volt Power Reset Pin Reset Button
- 85. Questions?
- 86. Expecting What In The Coming Session? :D