CP 226 - Digital Logic II

1. identify the basic circuitry of Logic Gates;
2. demonstrate an understanding and ability to design and build SR, D-latch, and D flip-flops using logic gates;
3. demonstrate an understanding and ability to design and build basic, advanced, and multi-mod counters;
4. demonstrate an understanding and ability to design and build shift registers, serial to parallel, and parallel to serial;
5. demonstrate an understanding of digital sampling rate and resolution and the effect on memory usage;
6. demonstrate an understanding of Op-amps and their use in conversion circuits;
7. demonstrate an understanding and ability to design and build Digital to Analog (D/A) converters including binary-weighted and R/2R ladder converters;
8. demonstrate an understanding and ability to design and build Analog to Digital (A/D) converters including Parallel encoders and Ramp Counters;
9. demonstrate an understanding of the Sequential-Approximation A/D converter and integrated converters;
10. demonstrate an understanding of memory including RAM, ROM, dynamic, static, SD, extended, and expanded memories; and
11. demonstrate an understanding of Microsoft Virtual Memory Management.