Bench Task 01 Construct the circuit shown in Fig. 3. Set the function generator to generate (t) = 3/2 cos(1600x t). Cons

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Bench Task 01 Construct the circuit shown in Fig. 3. Set the function generator to generate (t) = 3/2 cos(1600x t). Cons

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Bench Task 01 Construct The Circuit Shown In Fig 3 Set The Function Generator To Generate T 3 2 Cos 1600x T Cons 1
Bench Task 01 Construct The Circuit Shown In Fig 3 Set The Function Generator To Generate T 3 2 Cos 1600x T Cons 1 (60.48 KiB) Viewed 24 times
Bench Task 01 Construct The Circuit Shown In Fig 3 Set The Function Generator To Generate T 3 2 Cos 1600x T Cons 2
Bench Task 01 Construct The Circuit Shown In Fig 3 Set The Function Generator To Generate T 3 2 Cos 1600x T Cons 2 (22.87 KiB) Viewed 24 times
Bench Task 01 Construct the circuit shown in Fig. 3. Set the function generator to generate (t) = 3/2 cos(1600x t). Consider the load that is only resistive and measure the voltage across R for different values of Riin Table 1. Calculate the average power for each case and fill out the second row in Table 1. Repeat the experiment with C = C in the circuit and calculate average power and record the values in the fourth row of Table 1. Set a fixed value of R for R, and measure the voltage across it for different values of Clin Table 2. a Calculate the average power in each case and fill out the second row of Table 2. Table 1: Average power transferred to the load in circuit shown in Fig. 3 for different values of RA RL CL. 100 Ω 500 ΩΙΚΩ 1.2 ΚΩ 1.5 kN2 2 2 2.2 22.5 k2 3 kN2 (Simulation) CL (Measured) Table 2: Average power transferred to the load in circuit shown in Fig. 3 for different values of C CL R. 0.1 F 0.2 F 0.3 F 0.4 F 0.5 F 0.6 F 0.7 F 0.8 AF 1 MF R. (Simulation) R. (Measured)
11222 0.1 H 2.2k 22 Wow L R ind 3 RMS 800 Hz Load w R еь Figure 3: The circuit for maximum power transfer experiment
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