- A Novel High Step-Up DC–DC Converter for a Microgrid System
- A Novel Transformer-less Adaptable Voltage Quadrupler DC Converter with Low Switch Voltage Stress
- A New Quadratic Boost Converter with High Voltage Step-up Ratio and Reduced Voltage Stress
- Soft-Switching Bidirectional DC-DC Converter Using a Lossless Active Snubber
- A NOVEL HIGH STEP-UP DC–DC CONVERTER FOR A STAND-ALONE SYSTEM USING MULTILEVEL INVERTER
- drawing and simulating a power electronics circuit in simulink (matlab ) and trouble shooting
- Voltage Gain Enhancement for Step-Up Converter Constructed by KY and Buck-Boost Converters
- NEW CASCADED H-BRIDGE MULTILEVEL INVERTER WITH IMPROVED EFFICIENCY
- Z – SOURCE INVERTER -SINGLE PHASE
- Z SOURCE INVERTER -THREE PHASE
- POWER LINE COMMUNICATION MODEM RECEIVER SIDE -HPF SIDE
- power factor measurement demostration using matlab -simulink (simulation)
- H- BRIDGE SQUARE WAVE INVERTER SIMULATION
- SOLAR FULL BRIDGE BASED MICRO INVERTER
- SINE PWM BASED FULL BRIDGE INVERTER
- HALF BRIDGE INVERTER USING 2 BATTERY
- HALF BRIDGE BASED SMPS SIMULATION -MATLAB -SIMULINK (230V AC TO 12V DC)
- 3 phase 50Hz inverter with sine wave filter simulation
- BOOST CONVERTER FOR DC MOTOR LOAD SIMULATION IN SIMULINK – MATLAB (12 TO 24V)
- BOOST CONVERTER 12V to 60V
- boost converter – 4V DC TO 16V DC
- BOOST CONVERTER WITH CLOSED LOOP CONTROL SYSTEM SIMULATION MATLAB SIMULINK (24 TO 48V)
- SOLAR PANEL BASED BOOST CONVERTER FOR DC MOTOR 240V -SIMULATION MATLAB-SIMULINK
- NEGATIVE VOLTAGE TO POSITIVE VOLTAGE BOOST CONVERTER (-12V DC TO +48V DC)
- 12V TO 24V BOOST CONVERTER SIMULATION USING FUZZY LOGIC IN MATLAB SIMULINK (CLOSED LOOP)
- buck boost converter – part 1- buck mode (12V to 6V)
- buck boost converter – part 2 – boost mode
- cuk converter -part 1- buck mode
- cuk converter -part 2
- SEPIC converter -part 1- boost mode
- SEPIC converter -part 2- buck mode