Correlation Between the Z-Transform and Laplace Transform in Discrete-Time Signals

Authors

  • Mohan Bikram Malla Mid-West University, Graduate School of Engineering, Surkhet, Nepal
  • Aasis Baral Mid-West University, Graduate School of Engineering, Surkhet, Nepal

DOI:

https://doi.org/10.3126/mujoei.v1i1.91102

Keywords:

Z-transform, Laplace transform, Discrete-time signals, Continuous-time signals, L.T.I. systems, Region of convergence (ROC), Graphical depiction, Relationship analysis, Signal analysis

Abstract

This paper focuses on introducing Z-transform and Laplace transform, as well as exploring the relationship between them. The z-transform's function in the analysis of discrete-time single and LTI systems is reviewed, as is the role of the Laplace transform in the study of continuous-time signals and L.T.I., as well as what the particular region of convergence represents. The area of convergence has been illustrated graphically, and the relationship is examined.

This paper starts by deriving the z-transform from the Laplace transform applied to a discrete-time signal.

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Published

2025-12-01

How to Cite

Malla, M. B., & Baral, A. (2025). Correlation Between the Z-Transform and Laplace Transform in Discrete-Time Signals. Mid-West University Journal of Engineering & Innovation, 1(1), 76–81. https://doi.org/10.3126/mujoei.v1i1.91102

Issue

Section

Original Articles