Added: 2 years ago
From: jakeontheweb
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  • You should probably try something larger than a single digit. Hoot up say about 10 7-segment digits and try converting 16 bits or something. Unless you want to create a circuit by using the double dapple method, you may have to buy the unit that does it for you.

  • Lol I did this in minecraft but without a-f and it goes to 20 :p

  • very interesting!

  • I made some binary decoders to run a remote control robot out of common switching transistors.

  • I dont, but you could use a chip from the 4000 series.

    Eg, CD4518B Dual BCD Up-Counter, 4bit output.

    Then plug it into a decoder like mine in the video. x2

    With the CD4518B, with every pulse, it will increment, and cos it's BCD, it returns to 0 after 9.

    The CD4518B is a Dual counter, so you can use 1 for the 1's column and 1 for the 10's column.

    On the outputs of the 1's column, you put 4 inverters, going to a 4 input AND gate, and that will trigger the tens column when the 1's = 0.

  • man do you have a circuit diagram, that will display a output of 00-99 using a 2, 7 segment display? binary inputs will be converted directly

  • I ran out of words in the last comment.

    I will explain the use of the gates a little better.

    The reason I recomended using the gates on the ouputs of the 1's counter, is to increment the 10's column every time the 1's colum hits '0'.

    And you can use a Quad input NAND, (Part number CD4012), instead of what I first recomended.

    This way when the 1's ouputs are 0000, the 10's column will be incremented once.

    Note that I haven't tried this and it is all ideas. You will have to try it out.

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