SinglePhaseThyristo​rBridgeConverterQue​stionManual

simulate and analyze a Single-Phase Fully Controlled Thyristor Bridge Converter for R, R-L,R-L-E Load

An interactive, high-fidelity MATLAB App Designer application designed for undergraduate and postgraduate electrical engineering courses to simulate and analyze a Single-Phase Fully Controlled Thyristor Bridge Converter layout.

This simulator bridges the gap between complex mathematical power electronics derivations and visual, dynamic circuit waveforms under various loading configurations: Pure Resistive (R), Inductive (R-L), and Battery Back-EMF (R-L-E) modes.

### Key Technical Features:

* **Dynamic Mode Engine:** Real-time, continuous array integration processing that dynamically maps and classifies operation boundaries between Continuous Conduction Mode (CCM) and Discontinuous Conduction Mode (DCM) without calculation choking.

* **Textbook Inverter Validation:** Accurate visualization and analytical tracking of line-commutated synchronous inversion when the firing angle is pushed past 90 degrees under a high active back-EMF state.

* **Interactive Instruction Dashboard:** Integrated left-hand theory and dynamic metrics mapping to guide students step-by-step through parameter tuning.

* **Fillable Laboratory Report Sheets:** Built-in portal generation feature that compiles an interactive HTML/PDF assignment sheet matching the live slider parameters, complete with faculty grading blocks and direct clipboard screenshot-pasting frameworks.

### Ideal For:

* Virtual Laboratory Sessions in Power Electronics & Electrical Drives.

* In-class interactive demonstrations of phase-controlled rectification, commutation angles, extinction boundaries, and grid-tied inversion physics.