Using the sliding-mode control approach for analysis and design of the boost inverter

Keyphrases

• Boost Inverter 100%
• Sinusoidal Signal 100%
• Grid Frequency 100%
• Equilibrium Point 100%
• Sliding Mode Control Method 100%
• Internal Loop 100%
• Control Strategy 50%
• Capacitor Voltage 50%
• Surface Mounting 50%
• Cascade Control 50%
• Low Distortion 50%
• Outer Loop 50%
• Inductor Current 50%
• Proportional Integral 50%
• Analytical Prediction 50%
• Power Stage 50%
• Sinusoidal Variation 50%
• Control Transfer Function 50%
• Zero Reference 50%
• Phase Error 50%
• Root Locus 50%
• Integral Compensator 50%
• Equivalent Control Method 50%
• Switching Surface 50%
• Large Bandwidth 50%
• Sliding Motion 50%

Engineering

• Internals 100%
• Sliding Mode Control 100%
• Sinusoidal Signal 100%
• Equilibrium Point 100%
• Experimental Result 50%
• Control Strategy 50%
• Assuming 50%
• Capacitor Voltage 50%
• Outer Loop 50%
• Power Stage 50%
• Constant Value 50%
• Root Locus 50%
• Phase Error 50%
• Equivalent Control Method 50%
• Sliding Motion 50%
• Cascade Control 50%
• Output Transfer Function 50%
• Sinusoidal Variation 50%