KS0487 Keyestudio 37 in 1 Sensor Kit upgrade v3.0

Keyestudio 37 in 1 Sensor Kit Upgraded v3.0

Description

This is an era of artificial intelligence. Artificial intelligence is everywhere and has been integrated into our lives, especially for all kinds of robots. To understand the robot, we should understand the control system of the robot. The microcontroller we learn is equivalent to the brain of the robot. The various sensors installed on the robot are their eyes, noses, mouths, ears and so on. To make it easier for beginners to understand these principles, Keyestudio has released the 3.0 version of the sensor kit, which includes digital and analog sensors as well as special modules such as ultrasound, digital tubes, temperature and humidity. For each module, there is a clear connection diagram and sample code. So it's easy to operate even you are a newbie.

The sample code of this sensor suite is based on ARDUINO because it is open source and easy to use. If you're good at it, you can also apply this kit to other development platforms such as 51, STM32, Raspberries Pi, micro:bit, the working principle of those platforms is almost same. Now let's enter the world of robotic sensors and learn together!

Component List

Straw Hat Led
Traffic light module
SMD RGB	示例
4-digit tube module	示例
Active buzzer module	示例
Passive buzzer module	示例
Vibration motor module	示例
button Module	示例
Touch module	示例
Knock module	示例
Tilt module	示例
IR Switch	示例
reed switch	示例
Hall transducer	示例
Crash Sensor	示例
Line tracking	示例
obstacle avoidance	示例
Photo resistor	示例
Simulated temperature	示例
Adjustable potentiometer module	示例
Sound module	示例
Flame	示例
Flame	示例
Soil	示例
Steam sensor	示例
Ceramic vibration sensor	示例
Voltage detection module	示例
IR receiver	示例
IR transmitter	示例
Joystick module	示例
5V single-channel relay	示例
Rotary encoder module	示例
finger-measuring heartbeat module	示例
LM35 Temperature	示例
Temperature and humidity	示例
ultrasound	示例
IR Sensor	示例

Project

Project 1: White LED

Description

This white LED light module is ideal for Arduino starters. It can be easily connected to IO/Sensor shield. It enables interaction with light-related works.
Note: You can choose other LED modules to emit different color like yellow, red, green and blue.

Specification

• White LED module
• Type: Digital
• PH2.54 socket
• Size: 30*20mm
• Weight: 3g

Connection Diagram

First, you need to prepare the following parts before connection: UNO board*1 White LED module *1 USB Cable*1 Jumper wire*3 Connect the S pin of module to Digital 3 of UNO board, connect the negative pin to GND port, positive pin to 5V port.

Sample Code

Copy and paste the below code to Arduino software. int led = 3; void setup() {

 pinMode(led, OUTPUT);     //Set Pin3 as output

} void loop() { digitalWrite(led, HIGH); //Turn on led

         delay(2000);
         digitalWrite(led, LOW);    //Turn off led
         delay(2000);

} Example Result Done wiring and powered up, upload well the code, you will see the LED module emit the white light.

=

Project 2: RGB LED ===

Description

This is a full-color LED module, which contains 3 basic colors－red, green and blue. They can be seen as separate LED lights. After programming, you can turn them on and off by sequence or can also use PWM analog output to mix three colors to generate different colors.

Specification

• Color: red, green and blue
• Brightness: High
• Voltage: 5V
• Input: digital level
• Size: 30*20mm
• Weight: 3g

Connection Diagram

First, you need to prepare the following parts before connection:

• UNO Board*1
• RGB LED module *1
• USB Cable*1
• Jumper Wire*4

Connect the V pin of module to 5V port of UNO board, connect the B pin to Digital 9, R pin to Digital 10, G pin to Digital 11 .

Sample Code

Copy and paste the below code to Arduino software. int redpin = 11; //select the pin for the red LED int bluepin =10; // select the pin for the blue LED int greenpin =9;// select the pin for the green LED int val; void setup() {

 pinMode(redpin, OUTPUT);
 pinMode(bluepin, OUTPUT);
 pinMode(greenpin, OUTPUT);
 }

void loop() {for(val=255; val>0; val--)

 {analogWrite(11, val);
  analogWrite(10, 255-val);
  analogWrite(9, 128-val);
  delay(1); 
 }

for(val=0; val<255; val++)

 {analogWrite(11, val);
  analogWrite(10, 255-val);
  analogWrite(9, 128-val);
  delay(1);  }

} Example Result Done wiring and powered up,upload well the code, you will see the RGB LED module emit shiny colors.

Description

When learning the microcontroller, you may usually use three LEDs, namely red, green and yellow lights to simulate the traffic light blinking via external connection.
This time we specially design this module which is very convenient for wiring, and on the module you can see the red, yellow and green LED. This module is fully compatible with Arduino microcontroller and Raspberry Pi system.

Specification

• Working Voltage: 3.3-5v
• Interface Type: digital
• PH2.54 Socket
• Connection Diagram:
• First, you need to prepare the following parts before connection:
• UNO Board*1
• Traffic light module *1
• USB Cable*1
• Jumper Wire*4

Connect the R pin of module to Digital 5 of UNO board, connect the Y pin to Digital 4, G pin to Digital 3, GND pin to ground port.

==

Sample Code ==== Copy and paste the below code to Arduino software.
int redled =5; // initialize digital pin 5. int yellowled =4; // initialize digital pin 4. int greenled =3; // initialize digital pin 3. void setup() { pinMode(redled, OUTPUT);// set the pin with red LED as “output” pinMode(yellowled, OUTPUT); // set the pin with yellow LED as “output” pinMode(greenled, OUTPUT); // set the pin with green LED as “output” } void loop() { digitalWrite(greenled, HIGH);//// turn on green LED delay(5000);// wait 5 seconds digitalWrite(greenled, LOW); // turn off green LED for(int i=0;i<3;i++)// blinks for 3 times { delay(500);// wait 0.5 seconds digitalWrite(yellowled, HIGH);// turn on yellow LED delay(500);// wait 0.5 seconds digitalWrite(yellowled, LOW);// turn off yellow LED } delay(500);// wait 0.5 seconds digitalWrite(redled, HIGH);// turn on red LED delay(5000);// wait 5 seconds digitalWrite(redled, LOW);// turn off red LED } Example Result: Done uploading the code, powered up, three LEDs on the module will automatically simulate the traffic light on and off, circularly.

Test code

Test Result

According to wiring diagram, upload test code successfully. After power-on, insert the sensor into soil. The LED dot matrix of micro:bit control board displays the analog value of corresponding soil moisture.

Resources

Download Test Code:
https://1drv.ms/u/s!ArhgRvK6-RyJg2ks7fRZun4VQLEg?e=rGnT7g

Get One Now

• [ Official Website]

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