• Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
  • Make a Tilted Circuit using Light Cup Module - KT660 - REES52
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Make a Tilted Circuit using Light Cup Module - KT660

Make a Tilted Circuit using Light Cup Module - KT660

KT660

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Hardware Required


Introduction

In this project, we will see the functionality of Light Cup Module by tilting the circuit.

HARDWARE REQUIRED

SOFTWARE REQUIRED

Arduino IDE 1.8.5 (programmable platform for Arduino)

Click To Download: https://www.arduino.cc/en/Main/Software

SPECIFICATIONS

Magic Cup Light Module

The Magic Light Cup modules are easy and work on the PWM dimming principle. It is to use the principle of two modules brightness changes. Mercury switches provide a digital signal that triggers the PWM regulator, through the program design, we can see the light like two cups filled with the effect of shuffling back and forth.

Arduino Uno

CIRCUIT CONNECTION

  • Attach the Light cup module on the Breadboard.
  • Connect VCC of Light Cup 1 and 2 with Pin 5V of Arduino Uno.
  • Connect GND of both Light Cup Sensor 1 and 2 with GND of Arduino Uno.
  • Connect Pin Signal of Light Cup 1 with Digital Pin 7 of Arduino Uno.
  • Connect Pin Signal of Light Cup 2 with Digital Pin 4 of Arduino Uno.
  • Connect LED Pin of Light Cup 1 with Digital Pin 5 of Arduino Uno.
  • Connect LED Pin of Light Cup 2 with Digital Pin 6 of Arduino Uno.

CODE

https://drive.google.com/open?id=1btw5I_kzZRPWfOkCBHMbJVpNTAN3E-Zy

WORKING

Welcome to the Arduino Based Project which consists of Light Cup Sensor Module. The basic functionality is being described here.

Mercury switches provide a digital signal that triggers the PWM, through the program design, we can then see the light like two cups filled with the effect of shuffling back and forth. Here, the dimming principle is to use the principle of two modules brightness changes for PWM.

Also, mercury switches provide a digital signal that triggers the PWM, through the program design. We can see the light like two cups filled with the effect of shuffling back and forth. When the circuit is being tilted towards either side, then the Light Cup module on that particular side turns on an opposite one remains off.