SVPWM Sliding Mode Controlled Rectifier

I've observed that other websites implement SVPWM sliding mode controlled rectification, but my analysis suggests this implementation essentially follows conventional vector control rectifier principles. The code structure utilizes MATLAB 7.1, and I would appreciate community feedback regarding proper configuration methodology. Prior to execution, critical parameter initialization requires setting Ts_Power=100e-6 and Ts_Control=100e-6, defining the discrete simulation time steps for power electronics and control algorithms. Additionally, several technical considerations warrant attention when implementing this rectifier control approach. Different rectification control methodologies should be comparatively analyzed to determine optimal configuration strategies for specific application requirements. The implementation should include stability analysis routines and efficiency evaluation modules, potentially incorporating Lyapunov stability criteria for sliding mode control verification and power loss calculations for semiconductor devices. These technical insights aim to facilitate deeper understanding of power electronics control systems and provide valuable references for implementation optimization. The code architecture likely employs space vector PWM modulation techniques with sliding mode controllers for robust performance, though detailed examination of the control law implementation would be necessary for comprehensive validation.