Department of Electrical & Instrumentation Engg.

Title of the course : Simulation Lab

Subject Code : EE-515

Weekly load : 2                                                                                                            LTP-0 0 2

Credit : 1

List of Experiments(EE-515)

1. To perform various arithmetic operations in Microsoft Excel and create various types of 2D plots.
2. To create arrays and matrices in MATLAB and perform various arithmetic operations.
3. To write a programme in MATLAB for getting the desired data (largest, smallest, a range etc) from a set.
4. To write a programme in MATLAB for creating various types of 2D plots (single and multiple) from a set of data.
5. To measure and plot the Instantaneous, RMS and average values of current/voltage, power, power factor, crest factor, frequency and various other waveform parameters while simulation of behavior of basic circuit components supplied from a DC and an AC source in MATLAB.
6. To simulate the steady state and transient behavior of circuits having a pure resistance or pure inductance or pure capacitance supplied from a DC and an AC source in MATLAB. Plot their source and load current and voltage waveforms and comment on it.
7. To simulate the steady state and transient behavior of circuits having RL, RC and RLC series combinations fed from a DC and an AC source in MATLAB. Plot their source and load current and voltage waveforms and comment on it. 8. To simulate the steady state and transient behavior of circuits having RL, RC and RLC parallel combinations fed from a DC and an AC source in MATLAB. Plot their source and load current and voltage waveforms and comment on it. 9. To simulate the steady state and transient behavior of a diode bridge rectifier (single phase and three phase) in MATLAB for R and RL load. Plot their current/voltage waveforms at source, diodes and load and comment on it.
8. To simulate the steady state and transient behavior of DC Motors (shunt, series and compound) in MATLAB. Plot various current/voltage waveforms and characteristics and comment on it.
9. To simulate the steady state and transient behavior of Transformers (single phase/three phase) in MATLAB. Plot various current/voltage waveforms and comment on it.
10. To simulate the steady state and transient behavior of a single phase center tapped transformer based diode rectifier in MATLAB for R and RL load. Plot their current/voltage waveforms at source, diodes and load and comment on it.
11. To simulate the speed control of DC Motors (shunt, series and compound) in MATLAB using variable AC source and diode bridge rectifier and by armature and field control methods. Plot various current/voltage waveforms and comment on it.
12. To model a multiphase transformer using single phase/three phase Transformers in MATLAB and simulate its steady state and transient behavior. Plot various current/voltage waveforms and comment on it.
13. Introduction to Labview and examples.

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