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(Solved): 2. Theory: A. Calculate And Draw The Thevenin Equivalent Of Figure 1 And Determine The Phasor Repres...
2. Theory: a. Calculate and draw the Thevenin equivalent of Figure 1 and determine the phasor representation of vs and Ya im 0.01F 11Vpk Vs 50kHz 1k Us 90Â° Ze= Frequency Domain version of circuit: Vos= Zth= Thevenin Equivalent Circuit: Phasor for Vs= Phasor for Va= Ves = b. Calculate what the phasor V would be if a .01 uF capacitor was connected between nodes a and b. Using the Thevenin equivalent and voltage division, c. For the circuit shown in Figure 2, Use the node voltage method to find the values for phasors V1 and V2 11 0.01F 1Vpk =0.01F vs 50kHz >1k02 90Â° KCL atv1 KCL atv2 In matrix form: 3. Prelab Results: Multisim measurements; Figure 1 circuit: Va=_ _ T2-T1= ___his meaning = --- Thevenin Equivalent of Fig. 1: Va=___ _T2-T1 = __ __us meaning 8 = -- Thevenin circuit with load: Va=_ _T2-T1= ___ his meaning 0 = __ Figure 2 circuit: V1 = ___ _T2-T1 = _____usmeaning8= --- - V2=___ _T2-T1 = _ his meaning 6 = ___ _ Results Summary Figure 1 Circuit Thevenin Equivalent of Figure 1 Vs Theoretical Results: Multisim Results: Thevenin Equivalent with.01uF load Vs Figure 2 Circuit V1 V2 Theoretical Results: Multisim Results: 4. Table of measurements to collect in lab: Figure 1 Circuit Vs va Figure 2 Circuit V1
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