Question

You will now create a main module that will control all six seven segment displays. Each seven segment display will be controlled using a 3-bit wide 6 to 1 multiplexer. The same 3-bit select bits will be used to control each multiplexer, but the values for each multiplexer to choose from will be offset by one for each instantiation made. This technique means that each display will output a unique character for any given select input.

Use Listing 4 to get started on this main module. Use Table 2 to assist in offsetting the inputs to each multiplexer instance.

To accomplish efficiency in instantiating inputs, parameters have been used for each of the inputs. A parameter is a localized constant, similar to final variables in Java or #define constants in C.

Answer 1

This question involves creating a main module to control all six seven-segment displays using multiplexers, with each display outputting a unique character based on the select input.

Step-by-step explanation:

The subject of this question is Computers and Technology. This question involves creating a main module to control all six seven-segment displays using multiplexers. The multiplexers will be controlled using 3-bit select bits, and each display will output a unique character based on the select input.

The main module will instantiate multiple multiplexers, and the values for each multiplexer to choose from will be offset by one. This will ensure that each display outputs a unique character.

Parameters are used for each of the inputs to achieve efficiency in instantiating them. Parameters act as localized constants in the main module.