![]() Any DC sources will also create a DC offset for the AC waveform, meaning that the average value of the waveform will not be zero. The equation for the rms voltage is V 1 V PK (2) where Vpk is the peak voltage, or amplitude, of a sinusoidal waveform. ![]() The effective voltage, or root mean square (rms) voltage, is taken in this method of analysis. The steps are that same with mixed sources that only involve resistive elements as they are above. Other techniques, such as nodal and mesh, are unable to do this type of analysis with mixed sources. An advantage of superposition is that it allows for the analysis of a circuit with both DC and AC sources. ii This method can be applied for as many sources as there are in the network. A mixed DC and AC power source circuit was also constructed to verify if superposition applied in AC analysis as well. The same node voltages were measured while turning off one of the sources in order to verify the theory of superposition. ![]() ![]() Two power supplies were connected with three resistors and node voltages were recorded. Preview text Superposition and Resistor Networks EE316 Experiment 2 Lab Report Connor Chandler, tcc0011 Experiment performed on 25 January 2019 Report submitted on 1 February 2019 EE Electrical Network Laboratory Department of Electrical and Computer Engineering The University of Alabama at Birmingham Lab Team: Connor Chandler Jacob Robinson ABSTRACT The theory of superposition was studied using two source circuits in this laboratory experiment. Chapter 01 Concepts of Health and Disease Outline.Nucleic Acids, Chromosome, and Gene Expression. ![]()
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