[courtesy of Eric Prandovzsky.]
- You can use the available devices in the kit to come up with something creative
- Button
- LED
- Buzzer
- Microphone
- Light Sensor
- Potentiometer
- DHT11 Temperature sensor.
- Pump
- Soil Moisture Sensor
- MOSFET
- If you want to add any advanced devices, these are the ones that have drivers available for MATLAB (all found on the MathWorks site)
| MPU6050 | I2C 6-Axis IMU/Accelerometer | ||
| MPU9150 | I2C 9-Axis IMU/Accelerometer | ||
| MPU9250 | I2C 9-Axis IMU/Accelerometer | ||
| LSM9DS1 | I2C 9-Axis IMU/Accelerometer | ||
| BNO055 | I2C 9-Axis IMU/Accelerometer | ||
| HC-SR04 | Ultrasonic Distance Sensor | ||
| servo | Mini servo motor | ||
| shiftRegister | Shift Register IC control | ||
| rotaryEncoder | Quadrature Rotary Encoder | ||
| MATLAB Arduino LCD display System | 1602 or 1604 character LCD's | ||
| WS2812 NeoPixel | Programmable Pixels | ||
| 1-Wire Add-On Library for Arduino | DS18B12 Temperature Sensor | ||
| DHT22 Add-On Library for Arduino | DHT22 Temperature and Humidity Sensor |
- There are some project examples on there also (for ideas)
| Play a Tune on Arduino | Example of using a Buzzer to play a tune |
| Mapping Your Surroundings Using MATLAB and Arduino | Example using HCSR04 and a Mini Servo |
| Plot Arduino data on MATLAB | Example of plotting data received to MATLAB from Arduino |
- There are many other items that can be used with the simple readVoltage function (just like the soil moisture sensor), such as: