Fundamental Properties of AC Circuits/Lab

Alternating Voltage and Current

1. For the circuit below, solve for the following:
   1. R_T
   2. I_T (pk), I_T (p-p), I_T (rms), I_T (avg)
   3. Voltage drops across all individual resistors
      1. V_R1 (pk), V_R1 (p-p), V_R1 (rms), V_R1 (avg)
      2. V_R2 (pk), V_R2 (p-p), V_R2 (rms), V_R2 (avg)
      3. V_R3 (pk), V_R3 (p-p), V_R3(rms), V_R3 (avg)
   4. Period of the source VT

   

2. For the parallel circuit below, solve for the following:
   1. R_T
   2. I_T (pk), I_T (p-p), I_T (rms), I_T (avg)
   3. Current in each branch
      1. I_R1 (pk), I_R1 (p-p), I_R1 (rms), I_R1 (avg)
      2. I_R2 (pk), I_R2 (p-p), I_R2 (rms), I_R2 (avg)
      3. I_R3 (pk), I_R3 (p-p), I_R3(rms), I_R3 (avg)
   4. Period of the source VT

   

Submit all calculations in a document entitled EE115W1AYourGID.docx, or an equivalent word processing file extension.

 

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