Boost Converter | DC-DC Voltage Step up | complete Waveform Analysis

Boost Converter Simulation: Complete Waveform Analysis In this video, we break down a full Boost (Step-Up) DC-DC Converter simulation in MATLAB/Simulink — from switching behavior to steady-state waveform interpretation. You will get the simulink file from following link: https://simuscope.gumroad.com/l/asmhvt You’ll see real simulation results including: 🔸 Input voltage (Vin) 🔸 PWM gate pulses 🔸 Output voltage ripple (Vo) 🔸 Inductor current waveform (iL) 🔸 Switch voltage (Vswitch) 🔸 Diode voltage (Vdiode) We explain exactly why each waveform looks the way it does and how it relates to the converter’s energy transfer during ON and OFF cycles. Perfect for students, engineers, and anyone working on power electronics. 📂 What You’ll Learn ✔ How a boost converter steps 100V up to ~200V ✔ Why inductor current is triangular ✔ How PWM duty cycle controls the output voltage ✔ Reverse conduction and blocking behavior of the diode ✔ Switch voltage stress during ON/OFF transitions ✔ Continuous Conduction Mode (CCM) operation