http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Experiment 1: Laboratory instrument familiarization -- Experiment 2: Constructing a logic probe -- Experiment 3: Number systems -- Experiment 4: Logic gates -- Experiment 5: More logic gates -- Experiment 6: Interpreting manufacturer's data sheets -- Experiment 7: Boolean laws and DeMorgan's theorems -- Experiment 8: Logic circuit simplification -- Experiment 9: The perfect pencil machine -- Experiment 10: The molasses tank -- Experiment 11: Adder and magnitude comparator -- Experiment 12: Combinational logic using multiplexers -- Experiment 13: Combinational logic using demultiplxers -- Experiment 14: The D latch and D flip-flop -- Experiment 15: The fallen carton detector -- Experiment 16: The J-K flip-flop -- Experiment 17: One-shots and astable multivibrators -- Experiment 18: Asynchronous counters -- Experiment 19: Analysis of synchronous counters with decoding -- Experiment 20: Design of synchronous counters -- Experiment 21: The traffic signal controller -- Experiment 22: Shift register counters -- Experiment 23: Application of shift register circuits -- Experiment 24: The baseball scoreboard -- Experiment 25: Semiconductor memories -- Experiment 26: Introduction to Quartus II software -- Experiment 27: D/A and A/D/ conversion -- Experiment 28: Introduction to the Intel processors -- Experiment 29: Application of bus systems
"Designed to provide laboratory exercises that closely track topics in Digital Fundamentals, Tenth Edition, by Thomas L, Floyd"--Preface.