Slides from Week 2 to Week 2

Expanded Week 7: Binary Arithmetic Operations

  • Focus on detailed arithmetic operations in binary including addition, subtraction, multiplication, and division principles.

  • Emphasizing unique methods like binary long division and multiplication using shift operations.

  • Page Number: 40-49

Expanded Week 8: Logic Gates and Circuits

  • Understanding logic gates (AND, OR, NOT, NAND, NOR, XOR, XNOR) and their functions in building complex circuits.

  • Practical examples demonstrating how these gates can be combined to create:

    • Adder circuits

    • Simple memory units

  • Page Number: 50-59

Expanded Week 9: Combinational Circuits

  • Introduction to combinational logic circuits, where outputs are solely dependent on current inputs.

  • Focus on design principles for:

    • Multiplexers

    • Demultiplexers

    • Encoders

    • Decoders

  • Include practical design examples and truth tables.

  • Page Number: 60-67

Expanded Week 10: Sequential Circuits and Memory

  • Exploration of sequential circuits which possess memory characteristics, including flip-flops, latches, and registers.

  • Discuss timing diagrams and the importance of state in sequential logic.

  • Page Number: 68-74

Expanded Week 11: Finite State Machines (FSM)

  • Understanding how finite state machines work for designing systems that have inputs and outputs based on a finite number of states.

  • Examples of Moore and Mealy machines versus their implementations in digital design.

  • Page Number: 75-80

Expanded Week 12: Practical Applications of Digital Logic

  • Focus on applications of digital logic in real-world scenarios, such as:

    • Digital signal processing

    • ASIC design

    • FPGA implementations

  • Discussion of various projects and case studies related to digital logic design.

  • Page Number: 81-87

Expanded Week 13: Advanced Topics in Digital Design

  • Explore advanced concepts like hardware description languages (HDLs) including VHDL and Verilog.

  • Focus on their use for higher-level design abstraction and how they differ from traditional circuit design.

  • Address design verification and testing methodologies.

  • Page Number: 88-94

Expanded Week 14: Review and Final Project Preparation

  • Review of core concepts learned throughout the course with an emphasis on exam preparation.

  • Guidance on final project development including presentation elements and expected outcomes.

  • Students are encouraged to integrate knowledge from all previous weeks to complete their projects.

  • Page Number: 95-100