The diagram below shows an unsigned integer multiplier. http://i.imgur.com/03Ioy

Question

The diagram below shows an unsigned integer multiplier.

http://i.imgur.com/03Ioyfz.png

Draw the circuit (use LogicWorks if you have it) using:

-4 bit data paths

-hex keyboards for setting the initial values of the Multiplicand and Multiplier register Q

-switches for controlling the shifting and the loading of the A register

-switches for controlling the shifting and loading of the Q register

-switches to control the loading and clearing of the C register (the C register can be a D flip-flop)

-hex displayhs and binary probe to show the results

-show the contents of B*D (i.e. 1011*1101) at each stage of the multiplication

Also, make a table to show the result and operation at each stage of the multiplication

The above can be done in Logicworks if available.

Draw the circuit (use LogicWorks if you have it) using: -4 bit data paths -hex keyboards for setting the initial values of the Multiplicand and Multiplier register Q -switches for controlling the shifting and the loading of the A register -switches for controlling the shifting and loading of the Q register -switches to control the loading and clearing of the C register (the C register can be a D flip-flop) -hex displayhs and binary probe to show the results -show the contents of B*D (i.e. 1011*1101) at each stage of the multiplication Also, make a table to show the result and operation at each stage of the multiplication The above can be done in Logicworks if available.

Explanation / Answer

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