Interfacing Arduino UNO 17Channel LED chaser in proteus

Arduino Proteus Simulation

Interfacing Arduino UNO 17Channel LED chaser in proteus

In this article we will learn how to interface Arduino UNO with 17Channel LED chaser in proteus.
In the last post we will learn how to Interfacing Arduino and PIR sensor with Automatic Door-Opening and Closing in proteus. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components which we use in this project are listed below:

  1. Arduino UNO
  2. Virtual terminal
  3. Resistor (100R) (17)
  4. Resistor variable (10K)
  5. LED’s (17)
  6. Jumper wires

Diagram of this project is below:

Interfacing Arduino UNO 17Channel LED chaser in proteus
Interfacing Arduino UNO 17Channel LED chaser in proteus

Construction of Interfacing Arduino UNO 17Channel LED chaser in proteus

  • Connect RXD pin of virtual terminal with TX pin of Arduino
  • Connect ammeter pin of RV1 with A0 of Arduino UNO
  • Connect collector pin of RV1 with +ve
  • Connect –ve pin of RV1 with GND
  • Connect GND pin of Arduino with GND
  • Connect 5v pin and VCC pin of Arduino with +ve
  • Connect A1 pin of Arduino with one side of R1
  • Connect 2nd side of resistor with +ve side of LED1
  • Connect A2 pin of Arduino with one side of R2
  • Connect 2nd side of R2 with one side of LED 2
  • Connect A3 pin of Arduino with one side of R3
  • Connect 2nd side of R3 with +ve side of LED 3
  • Connect A4 pin of Arduino with one side of R4
  • Connect 2nd side of R4 with +ve side of LED 4
  • Connect A5 pin of Arduino with one side of R5
  • Connect 2nd side of R5 with +ve side of LED 5
  • Connect pin 2 of Arduino with one side of R6
  • Connect 2nd side of R6 with +ve side of LED 6
  • Connect pin 3 of Arduino with one side of R7
  • Connect 2nd side of R7 with +ve side of LED 7
  • Connect pin 4 of Arduino with one side of R8
  • Connect 2nd side of R8 with +ve side of LED 8
  • Connect pin 5 of Arduino with one side of R9
  • Connect 2nd side of R9 with +ve side of LED 9
  • Connect pin 6 of Arduino with one side of R10
  • Connect 2nd side of R10 with +ve side of LED 10
  • Connect pin 7 of Arduino with one side of R11
  • Connect 2nd side of R11 with +ve side of LED 11
  • Connect pin 8 of Arduino with one side of R12
  • Connect 2nd side of R12 with +ve side of LED 12
  • Connect pin 9 of Arduino with one side of R13
  • Connect 2nd side of R13 with +ve side of LED 13
  • Connect pin 10 of Arduino with one side of R14
  • Connect 2nd side of R14 with +ve side of LED 14
  • Connect pin 11 of Arduino with one side of R15
  • Connect 2nd side of R15 with +ve side of LED 15
  • Connect pin 12 of Arduino with one side of R16
  • Connect 2nd side of R16 with +ve side of LED 16
  • Connect pin 13 of Arduino with one side of R17
  • Connect 2nd side of R17 with +ve side of LED 17
  • Connect all –ve sides of all LEDs with common and then connect them with GND

Working of Interfacing Arduino UNO 17Channel LED chaser in proteus

An Arduino Uno can be used to create a 17-channel LED chaser or LED sequencer, where a series of LEDs light up one after the other in a specific pattern or sequence.

Applications of Interfacing Arduino UNO 17Channel LED chaser in proteus

  1. Decoration
  2. Visual Effects
  3. Notification System
  4. Gaming
  5. Traffic Light Simulator

Advantages of Interfacing Arduino UNO 17Channel LED chaser in proteus

  1. Customizable Patterns
  2. Ease of Programming
  3. Cost-Effective
  4. Compatibility
  5. Low Power Consumption