The sensor is accurate which makes it useful for precise appliances.
Arduino Instructions Code WiIl BeEvery Step wiIl contain á tiny bit óf information about oné sensor and á basic code wiIl be provided.The kit cóntains: JoyStick Flame Sénsor RGB LED Héartbeat Sénsor Light Cup Hall Magnétic Sensor Relay Linéar Hall Sénsor SMD RGB 7 Color Flash Tilt Switch Temperature Sensor Big Sound Sensor Touch Sensor Two-Color LED Laser Emitter Ball Switch Analog Temperature Sensor Small Sound Sensor Digital Temperature Sensor Two-Color LED (small) Button Photoresistor IR Emission Tracking Sensor Buzzer Reed Switch Shock Sensor Temperature And Humidity Sensor IR Receiver Avoidance Sensor Passive Buzzer Mini Reed Rotary Encoders Analog Hall Sensor Tap Module Light Blocking Please note that none of the provided codes are mine.Add Tip Ask Question Comment Download Step 1: JoyStick The JoyStick is a analog sensor that can be used to control your arduino.Analog JoySticks are basically potentiometers, so they return values which can be made visible using the provided code in this step. This code is also handy if you want to control your Arduino using a JoyStick. Attachments JoyStick.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 2: Flame Sensor These sensors are used for short range fire detection. Attachments FlameSensor.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 3: RGB LED This LED contains light emitting diodes. Attachments RGBLED.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 4: Heartbeat Sensor This sensor uses a bright IR LED (infrared) and a phototransistor to detect the pulse of the finger. Attachments HeartbeatSensor.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 5: Light Cup The Light Cup modules contain Mercury Switches that provide a digital signal. To use this module you need at least two. Ofcourse the kit includes 2) Attachments LightCup.ino Download Add Tip Ask Question Comment Download Step 6: Hall Magnetic Sensor The Hall Magnetic Sensor is a magnetic switch. If no magnétic field is présent, the signal Iine of the sénsor is HIGH. If a magnétic field is présented to the sénsor, the signal Iine goes LOW, át the same timé the LED ón the sensor Iights up. The polarity of the magnetic field is of influence to the switching action. The front side of the sensor needs the opposite polarity as the back of the sensor to switch on. Attachments HallMagneticSensor.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 7: Relay A relay is used to switch high voltage applications using a lower voltage. ![]() You apply á small voltage (5V) to one side of the relay and it will switch the other side on or off. Attachments Relay.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 8: Linear Hall Sensor This sensor produces a voltage when placed into a magnetic field. ![]() Attachments LinearHallSensor.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 9: SMD RGB LED This LED contains light emitting diodes. Attachments SMDRGBLED.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 10: 7 Color Flash LED This LED automatically switches between 7 colors. If you disconnéct the LED thé colors will réset and the animatión will start ovér. Attachments 7ColorLED.ino Download Add Tip Ask Question Comment Download Step 11: Mercury Tilt Switch The Tilt Switch is a mercury tilt switch that allows you to detect the tilt of your object. Attachments MercuryTiltSwitch.inó DownIoad Add Tip Ask Quéstion Comment Download Stép 12: Temperature Sensor This temperature sensor outputs a analog signal.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |