Frequency-Dependent Switch Model For AC Power Signals With Pspice

This project implements a frequency-dependent switch model specifically designed for AC power signals using PSpice simulation software. In advanced electronic systems, routing signals dynamically based on their frequency components is a crucial challenge. By leveraging a computer equipped with PSpice Lite, undergraduate engineering students can model, simulate, and analyze how specialized switching behaviors respond to varying AC signal characteristics without needing physical hardware prototyping. The simulation framework allows users to observe how the switch selectively alters its state or routing path as a function of the input frequency. This functionality is essential for managing complex signal paths, isolating specific frequency bands, or bypassing distinct circuit elements entirely within a virtual environment. Through PSpice, learners can adjust simulation parameters, run transient or AC sweep analyses, and evaluate the performance of the switch model under different operational conditions. The system bridges theoretical circuit analysis with practical simulation tools, offering deep insight into frequency-domain behavior and advanced circuit control strategies.