The Initial Values of State Variables that appears on your window displays the initial values of state variables. Note that from the menu you can also load initial values from a previous session or save the current initial values into a MAT-file. To display the initial state values of the state variables of the circuit, select the Initial Values of State Variables menu item in the Tools menu, then choose the Display or modify initial state values menu item. Note that there is no nonlinear element in the model given in the example. Nonlinear If checked, the window displays the steady-state voltages and currents of the nonlinear blocks of the circuit. Sources (Vs Is) If checked, the window displays the steady-state phasor voltages of the electrical sources of the circuit. Measurements If checked, the window displays the steady-state phasor voltages and currents of the measurements blocks of the circuit. States (Uc iL) If checked, the window displays the steady-state phasors of the capacitor voltages and inductor currents of the circuit. If your circuit contains sources with different frequencies, this menu allows you to select any frequency in the list. Hz Allows to choose the frequency, in hertz (Hz), you are interested in to display phasors. Set the Units parameter to RMS to display the root-mean-square (RMS) values of the selected values. The Steady-State Voltages and Currents window contains the following parameters: Units Set the Units parameter to Peak values to display the peak values of the selected values. Steady-State Voltages and Currents Window Voltages and currents are displayed at the frequency of the Vs (60 Hz) source. The window displays the steady-state phasor voltages and currents of the four measurements blocks of the circuit. A window named Steady-State Voltages and Currents opens. In the psbgui.mdl demo, double-click on the Powergui block to open the interface. The Powergui block is presented here for the psbgui.mdl circuit. Generate a report of the steady-state calculations.Use the LTI Viewer of the Control System Toolbox.Display impedance vs frequency measurements.
#Powergui matlab simulink mods
If you find a post violating one of these rules please report it so the mods can review it ASAP. Posts related to education that are not specifically EE should be taken to /r/EngineeringStudents. Posts about building electrical (residential or industrial) as well as electrical grid systems should be taken to /r/electricians. r/gadgets is a better place for non-engineering problems. No tech support questions on consumer products, unless it is truly an engineering problem. Generic "Please solve this problem" posts will be removed.ĥ.No Consumer Product Tech Support Questions
#Powergui matlab simulink free
If you'd like help with an assignment, feel free to post the question along with your progress so far and specific questions that you have. However, if we see off topic, an influx and/or multiple posts (more than one a day) from a single user, they will be removed at the moderators discretion. Some exceptions can me made for personal websites and blogs for things such as scholarly research papers and reports.Ī sprinkle of funny posts help keep the sub from becoming stale. No advertising of products, services or personal websites/blogs. Intelligently explain why they are wrong, don't just say they're an "idiot".
Welcome to /r/ElectricalEngineering! A place to ask questions, discuss topics and share projects related to Electrical Engineering.
0 kommentar(er)
