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Asked By :  Vanessa Knight
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USING LOGISIMEVOLUTION DRAW 2 An application of a multiplexer

USING LOGISIM-EVOLUTION DRAW:

2. An application of a multiplexer is in a parallel-to-serial data converter. By putting 8 bits of data on the input lines of the multiplexer and then stepping the select lines sequentially from 000 to 111, the 8 bits of data are put onto the output line in series. A typical use for parallel-to-serial conversion is in a keyboard, where each keyboard stroke implicitly defines a 7- or 8-bit number that must be output over a serial link, such as USB. [10]



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0

To implement a parallel-to-serial data converter using a multiplexer in Logisim Evolution, you can follow these steps:

  1. Open Logisim Evolution.
  2. Create a new circuit.
  3. Add an 8-bit input bus for the data.
  4. Add a multiplexer component. You can find it in the "Wiring" folder.
  5. Connect the 8-bit input bus to the input lines of the multiplexer.
  6. Add three select lines for the multiplexer. Since there are 8 possible combinations (000 to 111), you need 3 select lines.
  7. Connect the select lines to the select inputs of the multiplexer.
  8. Add a clock source to control the stepping of the select lines sequentially.
  9. Add an output pin for the serial output.
  10. Connect the output of the multiplexer to the output pin.

Here's a simple schematic representation:

  +--------+-------+
  |        |       |
  |  Data  | Mux   +------> Serial Output
  |  (8-bit)|       |
  |        |       |
  +--------+---+---+
               |
  +-------------+
  |
  |
  |
Clock Source (Controls select lines)

You can then configure the clock source to step through the select lines sequentially from 000 to 111, causing the 8 bits of data on the input lines to be output serially on the Serial Output pin.


Answered By

Bill Allen

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