- Tvo Figure 5 Rc Circuit For Hw 3 16 15 15v 20k 30k 14 13 12 5 002 S 13 688 12 606 S 14 900 V 11 10 4 008 S 12 103 V 1 (113.1 KiB) Viewed 41 times
of them. I am really struggling with this.
tvo Figure 5 RC circuit for HW #3. 16 15 15V-20k-30k 14 13 12 5.002 s, 13.688 12.606 s. 14.900 V 11 10 4.008 s. 12.103 V 9 8 7 14.376 s. 5.508 V 6 3.230 s. 9.450 V 5 4 3 2 2.132 s. 0.050 V 0 2 8 9 11 12 13 14 17 15 16 10 Time (s) h title here) gure 6 VVS measured using the RC circuit in Fig. 5.
S 3. The circuit contains an ideal battery, two resistors and a capacitor (C = 53 uF). After the switch is closed the voltage across the capacitor is recorded as a function of time as shown in Fig. 6. 3R₂ R1 V Ct Figure 5 RC circuit for HW #3. 16 15 15-20-90% 14 13 12 1.002 13.6BUV 17.605 5 1 900 V 11 10 4.000 5 12.103V 3.230 5.9.450 V 14578 5:5.509 V 4 2. 2.132400V 4 3 G 7 11 12 13 14 15 26 17 S 30 This Graphtele here) Read the daFigure 6 Vc vs 1 curve measured using the RC circuit in Fig. 5. (a) At what time the switch is closed? tclosed = (b) What is the output voltage of the battery? V = V. - (c) What is the time constant for this circuit during the charging process? t chargibe = (d) What is the time constant for this circuit during discharging process (after switch off)? T_dischargine (e) What is the resistance of the resistor R? R = 47
(f) What is the resistance of the resistor R2? R = S2. (g) What is the voltage across resistor R, at t= 4.0 seconds? VRI= V. (h) What is the voltage across resistor R at t = 4.0 seconds? Vr2 = V. (i) What is the total current through the battery at t = 2.132 s? Ibattery = mA. 0) What is the current through resistor R, at t = 5.002 s? Iri = mA. (k) What is the charge on the capacitor at t= 12 s? O =