12 950 32 440 210uF 36Ω d60 18 750 187 5mH L1 C2 R2 e(t) 848 5 cos(377t-0 35n) Figure 1 1.2.1 Cal...
12 950 32 440 210uF 36Ω d60 18 750 187 5mH L1 C2 R2 e(t) 848 5 cos(377t-0 35n) Figure 1 1.2.1 Calculate the voltage drop between points a and b 1.2.2 Calculate the values of the resıstor R2 and the capacitor C2 1.23 Draw the power triangle and show the necessary calculations clearty Calculate the improved power factor when a 16μF capacitor is connected in parallel with the circurt. 1.2.4
12 950 32 440 210uF 36Ω d60 18 750 187 5mH L1 C2 R2 e(t) 848 5 cos(377t-0 35n) Figure 1 1.2.1 Calculate the voltage drop between points a and b 1.2.2 Calculate the values of the resıstor R2 and the capacitor C2 1.23 Draw the power triangle and show the necessary calculations clearty Calculate the improved power factor when a 16μF capacitor is connected in parallel with the circurt. 1.2.4