Lecture
This lecture covers the concept of transforming a sequence into Z, defining the transform in Z, properties, and the inverse transform. It explores the convergence of geometric progressions, the time shift, complex derivation, and scaling. The lecture also delves into the decomposition into simple real and complex pole elements, with demonstrations and examples. Practical exercises involve using a function generator, resistors, capacitors, and a computer to study dynamic systems. Theoretical discussions are complemented by hands-on experiments to illustrate the concepts of Z-transforms and their applications.