Digital Logic Design Final Exam Review скачать в хорошем качестве

Digital Logic Design Final Exam Review

00:00 Title Digital Logic Design Final Exam Review 00:05 Sheet 01 Digital Logic Basics 00:30 Sheet 02 Digital Logic Karnaugh Maps 01:00 Sheet 03 Simple Combinatorial Logic 01:30 Sheet 04 Simple Combinatorial Equivalents 02:00 Sheet 05 Simple State Machine 02:30 Sheet 06 Logic Rules 03:00 Sheet 07 Digital Logic Sum Of Products Form 03:30 Sheet 08 Digital Logic Sum Of Products Form Equivalent 04:00 Sheet 09 Digital Logic Product of Nands Open Collector 04:30 Sheet 10 Digital Logic Hazard Conditions 05:00 Sheet 11 Digital Logic Product Of Sums Form 05:30 Sheet 12 Digital Logic Product Of Sums Form Equivalent 06:00 Sheet 13 Digital Logic Combinatorial Feedback 1 Of 2 06:30 Sheet 14 Digital Logic Combinatorial Feedback 2 Of 2 07:00 Sheet 15 Digital Logic Set and Hold Latches 07:30 Sheet 16 Digital Logic Feedback 4 Variable Karnaugh Map 08:00 Sheet 17 Digital Logic 8 Variable Karnaugh Map 08:30 Sheet 18 Digital Logic SR and T Flip Flop Analysis 09:00 Sheet 19 Digital Logic Example T Design 09:30 Sheet 20 Digital Logic J K Flip Flop Analysis 10:00 Sheet 21 Digital Logic Example of J K Flip Flop 10:30 Sheet 22 Digital Logic Example of J NOTK Flip Flop 10:30 Sheet 23 Digital Logic S R Flip Flop 11:00 Sheet 24 Digital Logic Example of S R Flip Flop 11:30 Sheet 25 Digital Logic General Design Flow 1 of 2 12:00 Sheet 26 Digital Logic General Design Flow 2 of 2 12:30 Sheet 27 Digital Logic 2 State J NOTK Flip Flops 13:00 Sheet 28 Digital Logic Tri State Enables 1 of 3 13:30 Sheet 29 Digital Logic Tri State Enables 2 of 3 14:00 Sheet 30 Digital Logic Tri State Enables 3 of 3 14:30 Sheet 31 Digital Logic Binary to Gray Code Conversion.jpg 15:30 Sheet 32 Digital Logic Gray to Binary Code Conversion.jpg You probably want to review two's-complement addition. Four Steps: 1. Truth Table 2. Karnaugh Map 3. Optimized Logic Equations 4. Gates and Wires