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KEYESTUDIO is a professional manufacturer specialized in creating high quality, innovative, user-friendly open source hardware, such as micro-controllers, shields, sensors, display, learning kits, robotics etc for Arduino, Raspberry PI, STM32, 51, MICRO BIT etc.
Comprehensive PDF and video tutorials are provided for each product to help the electronic lovers from the very beginning to mastery. We believe everyone can benefit from products, achieving their goals and realizing creative ideas in an effective manner.
Fun little gadget to play with
The ir remote is for decoding a remote like a tv remote.
The white text on the shield shows digital or analog relating to function.
Note the buzzer is loud, reduce the loop number so it buzzes for a shorter time.
Make a 0-30 minute timer using the variable resistor to set the timer.
Also the dht11 needs 100ms after a serial read and 1100ms delay after the dht11 call to avoid the timeout error.
Comes with LM35D temperature sensor
Comes with an infrared receiver
2 digital pins(D7 and D8); 1 analog pin(A3)
One IIC interface ; One TTL serial pin
A nice well built shield that adds to your sensors quite nicely.
Multi-purpose Shield V1 is a learning board based on Arduino. No need for soldering and connection. It is multi-purpose and we offer code libraries of all modules that have been tested.
Compatible with main controllers,such as R3 and MEGA2560
Comes with 2 LED indicators to show the program status.
Comes with 2 switches for external interrupt experiment.
Comes with DHT11 sensor for measuring temperature and humidity.
Comes with a potentiometer for analog input
Comes with a passive buzzer for alarm.
Comes with a full-color RGB LED
Comes with a photocell to detect the brightness of light
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Hardware worked, software example needed some work.
Got it working. Had to modified example from site. The Ir remote down load from site did not work for me. So I used the one from the arduino site and it worked. The ir remote is for decoding a remote like a tv remote. Use the serial monitor to see the codes. Pressing sw1 turn on the light show. Pressing sw2 if for the analog section. All section of hardware are working. In my program had to do a bit of average for the temperature reading and offset correction. But you will need to do this on any analog reading. Also the dht11 needs 100ms after a serial read and 1100ms delay after the dht11 call. This is to avoid the timeout error. Picture is shield installed on arduino uno. I like the white text on the shield shows digital or analog relating to function. Note the buzzer is loud , I reduced the for loop number so it buzzes for a shorter time. Or just comment it out of code. In a different project with this shield I was successful in make a 0-30 minute timer using the variable resistor to set the timer.
Got it working. Had to modified example from site. The Ir remote down load from site did not work for me. So I used the one from the arduino site and it worked. The ir remote is for decoding a remote like a tv remote. Use the serial monitor to see the codes. Pressing sw1 turn on the light show. Pressing sw2 if for the analog section. All section of hardware are working. In my program had to do a bit of average for the temperature reading and offset correction. But you will need to do this on any analog reading. Also the dht11 needs 100ms after a serial read and 1100ms delay after the dht11 call. This is to avoid the timeout error. Picture is shield installed on arduino uno. I like the white text on the shield shows digital or analog relating to function. Note the buzzer is loud , I reduced the for loop number so it buzzes for a shorter time. Or just comment it out of code. In a different project with this shield I was successful in make a 0-30 minute timer using the variable resistor to set the timer.
Hardware worked, software example needed some work.
Reviewed in the United States on October 16, 2019
Got it working. Had to modified example from site. The Ir remote down load from site did not work for me. So I used the one from the arduino site and it worked. The ir remote is for decoding a remote like a tv remote. Use the serial monitor to see the codes. Pressing sw1 turn on the light show. Pressing sw2 if for the analog section. All section of hardware are working. In my program had to do a bit of average for the temperature reading and offset correction. But you will need to do this on any analog reading. Also the dht11 needs 100ms after a serial read and 1100ms delay after the dht11 call. This is to avoid the timeout error. Picture is shield installed on arduino uno. I like the white text on the shield shows digital or analog relating to function. Note the buzzer is loud , I reduced the for loop number so it buzzes for a shorter time. Or just comment it out of code. In a different project with this shield I was successful in make a 0-30 minute timer using the variable resistor to set the timer.