and upload the screenshot/s
Posted: Sat Feb 19, 2022 3:26 pm
and upload the screenshot/s
Procedures: 1. Construct the circuit of Figure 1 using Multismlive. Ree 01 33 R22.2% R3680 R1 03 5 M R4 1k 02 SH 011N751 C+0.1UF R5 32.26 2. Adjust R4 for a load voltage of +8V. Record this as the no-load voltage VNL. Compare the result using computed value. VNL (measured) =
Computation: Vua, tuongtruong *. 3. Connect a load resistance of 10km. Measure the load voltage VL. Record this value as the full- load voltage VFL V 4. Using measured values, calculate and record the percent load regulation for each of the load resistors using the following formula %L.R. ( VVNA 100% Computation: % L.R. 5. Once RL is added on your circuit set the R4 to minimum and maximum value then record their corresponding output voltage. Compare the result to the computed value Vr. masinun Il measured VALMinimum med Computation: Vrte maximum comand Villamaimun Il computed - % Error (maximum) = % Error (minimum) =
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Computation: Vua, tuongtruong *. 3. Connect a load resistance of 10km. Measure the load voltage VL. Record this value as the full- load voltage VFL V 4. Using measured values, calculate and record the percent load regulation for each of the load resistors using the following formula %L.R. ( VVNA 100% Computation: % L.R. 5. Once RL is added on your circuit set the R4 to minimum and maximum value then record their corresponding output voltage. Compare the result to the computed value Vr. masinun Il measured VALMinimum med Computation: Vrte maximum comand Villamaimun Il computed - % Error (maximum) = % Error (minimum) =