Experiment 5: To perform steady state analysis of mutually coupled circuits

Steady State Analysis of mutually coupled circuits involves examining the behavior of circuits with inductive coupling under constant conditions.
It assesses voltage and current relationships, considering mutual inductance effects.
This analysis helps predict circuit performance, efficiency, and stability, crucial for applications in power systems, communication, and signal processing
Applications of steady state analysis in mutually coupled circuits include:
Transformers
Wireless Power Transfer
Telecommunications
Motor Control
Filter Design