How to design a gal16v8 of an octal to binary circuit with active low and active high outputs?
To design a GAL16V8 for an octal to binary converter with active low and active high outputs, first, define the truth table that maps the octal inputs (0-7) to their corresponding 3-bit binary outputs. Create two sets of equations: one for the active low outputs (using NAND logic) and another for the active high outputs (using standard logic). Use a logic minimization technique, such as Karnaugh maps, to simplify the equations. Finally, program the GAL16V8 with the derived logic equations, ensuring to assign the appropriate pins for input and output configurations.