At a glance
- 2 practice hours per week
- 1 credit
Prerequisites
Topics Covered
- Building basic digital circuits using 74LS series of ICs
- Building digital logic circuits and their truth tables, and debugging them
- Multiple-input NOR and NAND gates-based circuits
- Square wave generator using 555 timer
- Constructing a police siren using 555 timer and RC circuits
- Using a 4-bit full adder IC to build an adder and subtractor
- Interfacing a 7-segment display and square wave generator to display various numbers
- Constructing an SR latch with NOR/NAND gates
- Constructing circuits using 3-to-8 decoder
- Odd/even parity circuits using XOR gates
- 4-bit up/down counters using D-flip-flops
- Using 555 timer IC to generate clock signals
- Designing a parallel to serial converter using D-flip-flops
- Designing a binary sequence recogniser (combinational circuit design)
Learning Resources
- Mano, M. M. R., & Ciletti, M. D. (2012). Digital design: With an introduction to the Verilog HDL (5th Edition). Pearson.