I N T R O D U C T I O N
Digital, or boolean, logic is the fundamental concept underpinning all modern computer systems. Put simply, it's the system of rules that allow us to make extremely complicated decisions based on relatively simple "yes/no" questions
R E F L E C T I O N
This course has taught me a lot about how to implement digital technology in the classroom. Initially, I was hesitant about digital using technology in an digital logic classroom. Honestly, I'm not a huge fan of the digital. However, through our Lesson Plan Projects, new light was shed for regarding technology in an digital logic classroom. I've found that there are very real ways to incorporate digital into a machine, and so on.
Notes
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Download Module 2b ASCII Extra.pdf
Module 2b ASCII Extra.pdf Details
- Wednesday, 25 December 2019 [168.3KB] -
Download Module 3 Extra Example.pdf
Module 3 Extra Example.pdf Details
- Wednesday, 25 December 2019 [247KB] -
Download Module 4a Extra.pdf
Module 4a Extra.pdf Details
- Wednesday, 25 December 2019 [756.9KB] -
Download Module 4b Extra.pdf
Module 4b Extra.pdf Details
- Wednesday, 25 December 2019 [716.4KB] -
Download Module 6 Extra.pdf
Module 6 Extra.pdf Details
- Wednesday, 25 December 2019 [1019.9KB] -
Download Module 7 Extra Example.pdf
Module 7 Extra Example.pdf Details
- Wednesday, 25 December 2019 [522.2KB] -
Download Module 8a Asynch Extra.pdf
Module 8a Asynch Extra.pdf Details
- Wednesday, 25 December 2019 [374.8KB] -
Download Module 8b SynchDesign_SeqAnalysis_Cascade_Extra.pdf
Module 8b SynchDesign_SeqAnalysis_Cascade_Extra.pdf Details
- Wednesday, 25 December 2019 [396.4KB] -
Download Module 9 Extra.pdf
Module 9 Extra.pdf Details
- Wednesday, 25 December 2019 [1.2MB]