CPE 1500 - Digital Logic

• Perform binary and hexadecimal arithmetic on signed and unsigned integer numbers
• Document combinational and sequential logic circuits using truth tables and waveform diagrams
• Design combinational and sequential logic circuits using Boolean algebra, Karnaugh maps, schematic diagrams, and text descriptions written in a hardware description language
• Implement, test, and analyze logic circuits using standard logic family ICs or an FPGA
• Evaluate designs under realistic constraints including timing, circuit size, power consumption, and cost
• Read and apply functional and electrical specifications provided on manufacturer data sheets

• None

• Binary and hexadecimal signed and unsigned numbers
• Logic truth tables, operators, and IEEE Std. 91 distinctive-shape symbols
• Static electrical characteristics including power, level voltages VOH and VOL, fan-in, and fan-out
• Dynamic electrical characteristics including propagation delay, rise-time, and fall-time
• CMOS implementation of logic gates
• CMOS static and dynamic power equations
• Canonical sum-of-product equations
• Boolean algebra, K-maps, and minimized sum-of-product (SOP) form
• Gate-level circuits in NOT-AND-OR and NAND-NAND forms
• 1-of-n data selectors (multiplexers)
• Multiplexer implementations of logic equations
• Standard decoders (demultiplexers)
• Seven-segment decoders
• Full adders, ripple-carry adders, carry lookahead adders, and subtractors
• Latches and flip-flops in SR and D form
• Asynchronous and synchronous control signals
• Parallel and shift registers
• Moore and Mealy finite state machine models
• Finite state diagrams and finite state tables
• Finite state encoding using n-bit binary, Gray, or one-hot encoding
• Standard and saturating n-bit binary, modulo-n, binary coded decimal (BCD), and n-bit Gray counters
• Basic FPGA programmable device architecture
• Programmable look-up tables (LUTs)
• Structural and Behavioral hardware descriptions of combinational and sequential logic

• Design, simulation, testing and analysis of combinational and sequential logic circuits
• Implement, test, and analyze logic circuits built using standard logic family ICs or an FPGA
• Testing and debugging using power supplies, waveform generators, and logic analyzers