MATLAB Simulation for Switching System Stability Analysis with Code Implementation

We understand your requirement for a MATLAB M-file to simulate switching system stability. To comprehensively analyze system stability, the simulation should include critical parameters such as input voltage (Vin), output voltage (Vout), and switching frequency (f_sw). The implementation would typically involve: 1. System modeling using state-space representations with switching logic 2. Stability analysis algorithms (e.g., Lyapunov functions, common quadratic Lyapunov functions) 3. Time-domain simulation with ode45 solver for hybrid system dynamics Key MATLAB functions to implement include: - switch() or if-else statements for mode transitions - ode45() for solving differential equations during each switching phase - plot() and subplot() for generating stability plots (phase portraits, time responses) The code should feature parameter sweeps to test stability boundaries and include visualization of: - Transient responses under different initial conditions - Bode plots for frequency-domain analysis - Stability regions in parameter space We recommend consulting switching system specialists to validate that the simulation accounts for real-world factors like parasitic elements and non-ideal switching characteristics. The M-file should contain detailed comments explaining the stability criteria and simulation methodology.