Question

Design the circuit that implements the Logical Micro Operations (F0 - F15) using only AND, OR, EXOR, NOT gates. Each function should be associated with the corresponding inputs. Draw the truth table of the circuit as we showed in the lesson, also specifying the selection ends. (Which function works in which inputs and what is the operation?) Make your drawing properly and scan it as a PDF.

Answer 1

The task requires designing a digital logic circuit using basic logic gates to implement 16 logical operations, with each operation activated by specific selection lines. Provided the input combinations, a truth table needs to be created, and the circuit should be designed correspondingly.

Step-by-step explanation:

The question requires designing a circuit to implement logical micro operations (F0 - F15) using only AND, OR, EXOR, NOT gates. This involves creating a complex digital logic circuit that can carry out a range of functions depending on the inputs and the selection lines.

Since the student is asked to represent the logical operations and include a truth table, a combination of combinatorial logic circuits would need to be used. Unfortunately, it is not possible to provide an actual drawing or a scanned PDF through this text-based platform.

However, to proceed with this task, one would begin by defining a truth table for the 16 functions (F0 - F15). Each one of these functions would be specified using a unique combination of inputs and selection lines that correspond to a specific logical operation.

Then a circuit diagram consisting of the logic gates would be drawn to implement each of the functions as described by the truth table. The use of selection lines is typically done through a decoder or a set of multiplexers that direct which operation is to be executed based on the selected function.