Vort) R.b v(t) Fig. 6 Circuit for Experiment B3 V 60 V (6V is peak/amplitude), w 2pi60 rad/s, RD-...
vort) R.b v(t) Fig. 6 Circuit for Experiment B3 V 60 V (6V is peak/amplitude), w 2pi60 rad/s, RD-51 ohms, C1= 10 pF. C2-1000 μF, C3-20 pF Two resistors R 130 ohms and R-620 ohms are C4 470 HF required as measurement aids Ra- 36ohms Table 2 Results for Experiment B3 Ra 36 ohms R, ommagnitude) Rout, ohm Xout, oh 130 5.2 3.2 v1 620 5.2 4.7 v2 1) Using R-130ohms, measure the magnitude of Vl .e. the amplitude of v(t))Repeat he same measurement to obtain Val using R-620ohms, Record the results in Table 2 2) Make use of IVrul. IV.l, Val to find Rur and Xo by solving (E2) in Section B1.2. Note that "R1 and R2 in (E2) are the two resistor values130ohms and 3) Propose a method so that we can determine the sign of Х,t via measurement ie. determine the angle of Z to find out whether the circuit inside the black box is inductive or capacitive. Page Break...
vort) R.b v(t) Fig. 6 Circuit for Experiment B3 V 60 V (6V is peak/amplitude), w 2pi60 rad/s, RD-51 ohms, C1= 10 pF. C2-1000 μF, C3-20 pF Two resistors R 130 ohms and R-620 ohms are C4 470 HF required as measurement aids Ra- 36ohms Table 2 Results for Experiment B3 Ra 36 ohms R, ommagnitude) Rout, ohm Xout, oh 130 5.2 3.2 v1 620 5.2 4.7 v2 1) Using R-130ohms, measure the magnitude of Vl .e. the amplitude of v(t))Repeat he same measurement to obtain Val using R-620ohms, Record the results in Table 2 2) Make use of IVrul. IV.l, Val to find Rur and Xo by solving (E2) in Section B1.2. Note that "R1 and R2 in (E2) are the two resistor values130ohms and 3) Propose a method so that we can determine the sign of Х,t via measurement ie. determine the angle of Z to find out whether the circuit inside the black box is inductive or capacitive. Page Break...