Robotic set with microcontroller

Código: RB005

1092.039_000
1092.038_000
1092.037A_000
1092.037_000
1092.036_000
1092.035_000
1092.034_000
1092.033_000
1092.032_000
1092.031_000
1092.030_000
RB005_000
RB005_001
1092.039_001
1092.038_001
1092.037A_001
1092.037_001
1092.036_001
1092.035_001
1092.034_001
1092.033_001
1092.032_001
1092.031_001
1092.030_001

Função

Intended for experimental study, robotics laboratory, and robotics experiments on: Robotics, Electronics, and Programming. Lighting sequences of colored LEDs with Arduino. Building an electrical circuit with Arduino, a breadboard, resistors, and colored LEDs. Selecting the Arduino board and connection port. Programming the Arduino to light colored LEDs in a defined sequence. Testing the electronic device. Controlling colored LEDs with Arduino and buttons. Building an electrical circuit with Arduino, a breadboard, resistors, colored LEDs, and buttons. Programming the Arduino to light colored LEDs by pressing buttons. Emergency light with Arduino and light sensor (LDR). Building an electrical circuit with Arduino, breadboard, light sensor (LDR), resistors, and LEDs. Programming the Arduino to control the intensity of light emitted by a set of LEDs using a light sensor. Presence detector with Arduino and a PIR sensor. Preparing the PIR sensor. Building an electrical circuit with Arduino, a breadboard, a presence sensor (PIR), resistors, and LEDs. Programming the Arduino to control LED lighting using a presence sensor. Parking sensor with Arduino, an ultrasonic sensor, and a buzzer. Building an electrical circuit with Arduino, a breadboard, an ultrasonic sensor, a buzzer, resistors, and LEDs. Programming the Arduino to control LEDs and a buzzer using an ultrasonic sensor. Detecting presence with Arduino and an infrared sensor and buzzer. Building an electrical circuit with Arduino, a breadboard, an infrared sensor, a buzzer, resistors, and LEDs. Programming the Arduino to control LEDs and a buzzer using an infrared sensor. Qualitative sound intensity indicator with a sound sensor and Arduino. Building an electrical circuit with Arduino, a breadboard, a sound intensity sensor, resistors, and LEDs. Programming the Arduino to control a set of LEDs using a light intensity sensor. How to adjust the sensitivity of the sound sensor. Adjust sensitivity using the sensor potentiometer. Sensitivity adjustment through software, etc.Note: Does not include 9 V batteries and AA batteries.


Adicionar ao projeto

Principais experimentos (exemplo visual)

  • Lighting up colored LED sequences with Arduino 1092.030
  • Controlling colored LEDs with Arduino and buttons. 1092.031
  • Emergency light with Arduino and LDR light sensor. 1092.032
  • Presence detector with Arduino and PIR presence sensor. 1092.033
  • Parking sensor with Arduino, ultrasonic sensor and buzzer. 1092.034
  • Detecting presence with Arduino and infrared sensor, buzzer. 1092.035
  • Qualitative sound intensity indicator with sound sensor and Arduino. 1092.036
  • Controlling a mini DC motor with a potentiometer. 1092.037
  • Newton's disc with mini DC motor. 1092.037A
  • Learning angles with servomotor. 1092.038
  • Controlling two DC motors using an H-bridge. 1092.039

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