Difference between revisions of "CSC231 Homework 2 2010"
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* Each input bit has the same weight. | * Each input bit has the same weight. | ||
* Generate the boolean expressions for the bits that represent the sum of the 4 bits. | * Generate the boolean expressions for the bits that represent the sum of the 4 bits. | ||
| − | * Draw the schematics for the least significant output bit. You do not need to draw the schematics for all the bits, just the least significant one. | + | * Draw the schematics for the least significant output bit. You do not need to draw the schematics for all the bits, just the least significant one. Make sure you draw accurately the AND, OR, EXOR, or NOT gates. Put the part number inside or next to the gate, and add the pin numbers. |
* Either scan, take a picture, or use a drawing/CAD package to create an electronic version of your diagram. | * Either scan, take a picture, or use a drawing/CAD package to create an electronic version of your diagram. | ||
* Create a pdf that will contain all the answers to Problem #1. Call this pdf hw2.pdf, and submit it as follows: | * Create a pdf that will contain all the answers to Problem #1. Call this pdf hw2.pdf, and submit it as follows: | ||
Revision as of 15:37, 22 September 2010
--D. Thiebaut 20:36, 22 September 2010 (UTC)
Page under construction!
Contents
Problem #1
- Design a 4-bit adder.
- Each input bit has the same weight.
- Generate the boolean expressions for the bits that represent the sum of the 4 bits.
- Draw the schematics for the least significant output bit. You do not need to draw the schematics for all the bits, just the least significant one. Make sure you draw accurately the AND, OR, EXOR, or NOT gates. Put the part number inside or next to the gate, and add the pin numbers.
- Either scan, take a picture, or use a drawing/CAD package to create an electronic version of your diagram.
- Create a pdf that will contain all the answers to Problem #1. Call this pdf hw2.pdf, and submit it as follows:
submit hw2 hw2.pdf
