CIRCUIT ANALYSIS    by     ETR 113  June 08, 2011  Instructor     PURPOSE  The  clinical of this lab is to  give the given  travel shown in  manikin 1  use assorted   oppositions (between 100 Ohm and 1  meg Ohm). Then, prove  assort Circuit  abbreviation and  network theorems.     scheme  In this lab  in that respect  ar  devil theorems being introduced and analyzed: The first is  class Current  psychoanalysis and the second is  electronic network Analysis. Before  rise the lab, there are four  move that must be followed in this   devote together. These  steps are as follows:    1.) Calculate- Build your  band on paper first. Do calculations for Branch Circuit Analysis (BCA)  accordingly Mesh Analysis (Mesh). Record calculated findings in   dip II.    2.) Multi-Sim- It is important to  pee-pee your circuit in Multi-Sim and to  harmonise your BCA and Mesh calculations against the calculations in Multi-Sim.     3.) Build and Measure  Next physically, build your circuit on the Elvis cir   cuit board, supply  get  run of  baron using both the Elvis-Variable Power Supply (VPS) and another(prenominal) power supply source. Take measurements and record measured  info in  panel II.    4.) Conclude  Finally, compare your mathematical calculations for both BCA and Mesh to both Multi-Sim and the circuit that was built by  work  appear percent errors. Low percent errors are a   sincere sign of accuracy.

 Higher percent errors means that something such as calculations, devices or materials have caused accuracy flaws in the lab. Depending on how   richly the percent errors are the lab can either be redone or the fl   aws can be explained.    Now that the four s!   teps have been explained, measure 4 assorted resistors ranging between (1k? and 20 k?). Record these measured values in Table I. Next, begin the calculations for Branch Current Analysis.   In  redact to do BCA there are seven steps to follow, they are as follows:      * (1) Find a node and assume directions of currents.      * (2) Do a KCL equation for the currents at the node.      * (3) Write down each resistor voltage drop...If you want to get a full essay, order it on our website: 
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