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This board has been designed to complement the larger development board.

The larger development board can be used as a starting point for a project by attaching inputs and outputs to the board via the terminal blocks.

The PIC software can then be developed and the complete solution tested without using a soldering iron. Once students are happy with their design they can transfer the design to this project board, soldering their chosen peripherals into the board.

This development board can then be reused on future projects.

You can connect any device to the outputs of the board including LEDs, sounders, motors etc.

The teaching notes for this project include a number of possible projects including, a decision maker, traffic light, timer, quiz buzzer, alarm and a timed fan.

Features:

  • 8 Pin PIC Project Board.
  • Compatible with most education Flowcharting Systems.
  • This development board can then be reused on future projects.

Contents:

Dimensions:

  • PCB Length: 48mm.
  • PCB Width: 48mm.

Requires:

Resources:

Note:

  • This kit requires assembly.
  • Processor not included.

Documents & downloads

Related resources

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Questions and answers

    Hi I would like to use this project board with a IR object sensor. This has 3 pins and works with 4.5v effectively when used with a transistor to drive small submersible pump. would you use a resister on the signal and if so what value?
  1. 0 votes
    Q Hi I would like to use this project board with a IR object sensor. This has 3 pins and works with...... Read more
    Asked by Rory O'Connor on May 26, 2020 12:00 am
    Answered by the admin Hi Rory, Thank you for your question, assuming that what you are doing is using the PIC board to control a transistor controlled pump and if your PIR has an open collector needing a pull up then you would need a pull up resistor of around 10K Ohms. Hope that helps! Cullen
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