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Arduino 2 channel Relay Numato shield circuit in proteus
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Arduino 2 channel Relay Numato shield circuit in proteus
In this article we will learn how to make Arduino 2 channel Relay Numato shield circuit in proteus.
In the last post we will learn how to make Motor Shield V2 motor party circuit in proteus. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.
Components:
- Arduino UNO
- IC (ULN2003)
- Relay 2 (5v)
- Lamp 12v
- Resistors
- Strip terminal
- Push button
- LEDs
- Jumper wires
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Construction…
- Connect 1B pin of IC ULN2003 with D2 pin of Arduino
- Connect 2B pin of IC with D3 pin of Arduino UNO
- Connect pin 16 of IC with –ve side of LED through one terminal of 1st relay
- Connect +ve side of LED with one side of resistor 1k
- Connect pin 15 of IC with –ve side of 2nd LED through one terminal of 2nd Relay
- Connect +ve side of 2nd LED with one side of resistor 1k
- Connect pin 9 of IC with 2nd terminals of 1st & 2nd relay and then connect them with +5V
- Connect 2nd sides of both resistors with +5V
- Connect A2 & B2 pins of both Strip terminals with +12V
- Connect A3 pin of 1st strip terminal with one side of Lamp
- Connect A1 pin of 1st strip terminal with one side of 2nd Lamp
- Connect B3 pin of 2nd strip terminal with one side of 3rd Lamp
- Connect B1 pin of 2nd strip terminal with one side of 4th Lamp
- Connect all –ve sides of Lamps with GND
- Connect VCC pin of Arduino with +5V
- Connect one side of resistor with +5V
- Connect 2nd side of resistor with one side of Push button and then connect them with Reset pin
- Connect 2nd side of Push button with –ve side of LED and then connect them with GND
- Connect +ve side of LED with one side of another resistor
- Connect 2nd side of this resistor with D13 pin of Arduino
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Working…
The Arduino 2-channel Relay Numato shield is a hardware add-on for an Arduino board that allows you to control high-power or high-voltage devices using low-voltage signals from the Arduino. Relays are often used for switching applications, where you want to turn on or off devices like lights, motors, or appliances using your Arduino.
Applications…
- Home Automation
- Security Systems
- Industrial Automation
- Irrigation Systems
- Lighting Control
Advantages…
- Easy to Use
- Isolation
- Control High-Voltage Devices
- Low Power Consumption
- Durable and Reliable