520-142 Digital Systems Fundamentals: Spring 2000

Topics (last updated 04/18/2000)


Introduction (01/24)
Number Systems, Number Base Conversion (01/24)
Complement Number Systems (02/02)
Computer Codes (02/07)
Boolean Algebra and Logic Gates ( 02/07)
Analysis of Switching Networks, Canonical Forms (02/14)
Simplification of Switching Functions: The Karnaugh Map Method (02/16)
Prime Implicants and The Quine-McCluskey Method (02/22)


Combinational Logic vs Sequential Logic (03/01)
Finite State Machines, State Tables, State Diagrams (03/06)
Types of Synchronous Circuits: Pulse Inputs and Level Inputs (03/07)
T Flip-Flops and Analysis of Synchronous Sequential Devices with T Flip-Flops (03/07)
D-Flip-Flops and Analysis of Synchronous Sequential Devices with D Flip-Flops (03/14)
JK Flip-Flops and Analysis of Synchronous Sequential Devices with JK Flip-Flops (03/27)
Sequential Logic Design Procedure: Excitation Tables for T, D and JK Flip-Flops (04/03)
SR Flip-Flops and Design Procedure with SR Flip-Flops (04/05)


State Reduction: Partitioning Method (04/10)
Sequential Logic: Design of Sequence Recognizers (04/17)
Combinational Logic: Design of Adders (04/xx)
Basic Flip-Flops Circuits (04/xx)
Registers, Counters

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