animation:http://localhost:8158/N.html
In this video, we explore the Single Phase Fully Controlled Rectifier with Resistive (R) Load using MATLAB Simulink simulation ⚡.
output waveform drive
💻👉💾📸 link:https://drive.google.com/drive/folders/1t6MXE2wCOG9evzsTqVNVVgPgcF4qozNm
This is a complete step-by-step guide where we build the circuit, apply firing pulses, and analyze output waveforms in detail.
🔍 What you’ll learn:
• Working of fully controlled rectifier (SCR bridge)
• Role of firing angle (alpha) in output control
• Operation during positive and negative half cycles
• MATLAB Simulink implementation
• Output voltage and current waveform analysis
⚙️ Simulation Components:
• AC Voltage Source (Single Phase)
• 4 Thyristors (SCRs)
• Resistive Load (R Load)
• Pulse Generators (Gate Signals)
• Scope for waveform visualization
#matlab #eee #powerelectronics #electrical #engineering #simulink #2026 #acvoltagecontroller
📊 Key Concept:
By varying the firing angle (α), we control the average DC output voltage. As α increases, output voltage decreases.
🎯 Applications:
• DC motor speed control
• Controlled power supplies
• Battery charging systems
💡 This video is perfect for EEE students, beginners in power electronics, and MATLAB learners.
---
📌 Keywords:
single phase fully controlled rectifier, matlab simulink rectifier, scr bridge rectifier, r load rectifier, power electronics simulation, phase controlled rectifier, thyristor bridge matlab, matlab power electronics projects
---
👍 Like, Share & Subscribe for more power electronics content!
