Combinational and Sequential Design Logic for Ternary System

Learning Outcomes

·         Introduction to ternary (three-valued) logic systems

·         Understanding ternary logic levels and voltage representations (0, 1, 2)

·         Learning the design of ternary combinational circuits (gates, multiplexers, arithmetic units)

·         Understanding the operation of ternary sequential circuits (latches, flip-flops, memory cells)

·         Knowledge of advantages of ternary logic over binary logic

·         Understanding the role of ternary logic in reducing power, delay, and circuit complexity

·         Learning the scope of ternary systems in future digital and multi-valued computing

·         Identifying real-time applications of ternary circuits in VLSI and emerging technologies

·         Hands-on experience using Cadence/LTspice/Tanner for ternary circuit design

·         Ability to analyze ternary circuit performance (power, delay, noise margin)

·         Capability to solve real-time design issues such as metastability and signal degradation

·         Development of project skills:

o    Problem Analysis Skills

o    Problem Solving Skills

o    Logical Skills

o    Designing Skills

o    Testing Skills

o    Debugging Skills

o    Presentation Skills

o    Thesis Writing Skills