Please name the axes in the chart you have drawn. Don't forget to interpret the graphics. Include the MATLAB program parts you wrote in your report. Three-phase 180-transmission square wave inverter is powered by a direct voltage source of Vs = 400V. The star with R = 15 and L = 33.7 mh feeds a connected symmetrical R-L load. Output frequency is 50 Hz. Set up the simulation of the circuit in Matlab/Simulink environment and do the following. a) Draw the phase-neutral voltage and voltage waveforms between the first two phases on a single screen with separate graphics. b) Draw the door signs of the key elements in different graphics on a single screen. c) Draw the waveforms of the phase current, line current and source (input) current of the first phase on a single screen with separate graphics. d) Measure the effective value of the phase-neutral and phase-phase voltage. e) Measure the effective value of the phase and line current f) Measure the effective value of the input current. NOTE: Make your circuit simulation in MATLAB / Simulink with the elements in Simscape-> Electrical Specialized Power Systems library. In order to use the model created from the specified library, you need to add the 'powergui' block to your model and determine a suitable solution type for the circuit. The model established on MATLAB / Simulink should be added to the report and the calculated results should be shown in "Display" blocks on the model. Please name the axes in the chart you have drawn. Don't forget to interpret the graphics. Include the MATLAB program parts you wrote in your report. Three-phase 180-transmission square wave inverter is powered by a direct voltage source of Vs = 400V. The star with R = 15 and L = 33.7 mh feeds a connected symmetrical R-L load. Output frequency is 50 Hz. Set up the simulation of the circuit in Matlab/Simulink environment and do the following. a) Draw the phase-neutral voltage and voltage waveforms between the first two phases on a single screen with separate graphics. b) Draw the door signs of the key elements in different graphics on a single screen. c) Draw the waveforms of the phase current, line current and source (input) current of the first phase on a single screen with separate graphics. d) Measure the effective value of the phase-neutral and phase-phase voltage. e) Measure the effective value of the phase and line current f) Measure the effective value of the input current. NOTE: Make your circuit simulation in MATLAB / Simulink with the elements in Simscape-> Electrical Specialized Power Systems library. In order to use the model created from the specified library, you need to add the 'powergui' block to your model and determine a suitable solution type for the circuit. The model established on MATLAB / Simulink should be added to the report and the calculated results should be shown in "Display" blocks on the model
