Problem Statement
Using sequential logic (in which output value relies on past input values), and combonational logic (in which output value relies only on present combonations of input values), we were to create a digital die with the ability to count to 7.
Brainstorming
N/A: We followed a set of instructions.
Combonational Logic
Calculations
We collected data concerning the Combonational Logic circuit we were asked to build. Above is a copy of the truth table.
Final Design
My final design for the Combonational Logic circuit includes three switches which can be toggled to activate select AND, OR, and INVERTER Gates in order to illuminate 7 blue probes.
Sequential Logic
Calculations
Again we collected data concerning the Logic Circuit in order to check that it functioned correctly.
Final Design
In this circuit we used three flip flops connected to three probes. The flip flops are activated with every other pulse, controlled by the SPDT switch.
Both Combined
Final Design
Conclusively we combined both circuits to create a self regulating circuit with the ability to count to 7 using Probe Lights.
p1_3_3boardgamecounterdigital_laird.doc | |
File Size: | 204 kb |
File Type: | doc |
Reflection
If I were to do this project again, I would allow for more time to create my portfolio entries. I would create clearer copies of the pictures and ellaborate more concerning the circuits. As it is I am almost out of time. As far as the actual project went, I think that it was a complete success, the only thing that could have done better was aligning the probes.