This video on "Know-How" series helps you to implement "Full Adder" using Transmission Gate (TG). The drawbacks of Static CMOS design and the need for TG based Full Adder is explained. The Boolean expressions for Sum & Carry are expressed using Carry Propagate - Generate Model. The carry propagate (P) and generate (G) functions are defined and its implementation using TG is also shown. Further, using these "P" and "G", the Sum (S) and Carry Out (Co) expressions are redefined and its corresponding implementation using TG is discussed. # Transmission Gate - Construction & Working Principle https://youtu.be/I1J9RSnsTUk # Transmission Gate - Design of basic logic gates https://youtu.be/k-PsUnjM1yg # Implementation of Full Adder using Static CMOS Design https://youtu.be/mhxqgAjspfE TimeCodes: Drawbacks of Static CMOS design of Full Adder: (00:00) Full Adder - Introduction - Boolean Expressions: (01:12) TG based Full Adder - Definition of Carry Generate & Propagate: (02:38) TG based Full Adder - Expressions: (04:57) TG based Full Adder - Design: (11:33) Summary - Advantages of TG based Full Adder: (15:21)