Given, f=84 Hz .: W=2πf =2πT x 84 = 527.7876 for Capacitor (xc) = 1 1 jwc j527.7876 x 2×15-6 =-3947.35082 for Inductor (x) = jwL = j527.7876 x 50 x×10 Now Redraw the circuit in =j26-38942 given frequency 3640 -1947.35082 th V + {2k-2 √x3j26.3894 + 44233 Vo 1VX Apply Nodal √x -36400+ Vx Vx Vx-Vo + + 2000 j26.3894 j947.3508 360° = x[ Vx [2000 4 + j26.3894 + 0947.3505 0947.3500 == Apply Nodal on Vo, 3610° = 10.036842 L-89.2224) Vx+ Vo 0947-3508 V₂ Vo-Vx + 0.1Vx+ 4000 947.3508 4000 j947. -]+ Vx [0.1+ 1947. 308 13508 / +1 (0.001085 £76.6757) №6 + ·(0. from quation ①and ② 1947.3508 =O • 100006 L_0.605°) Vx=0 =O Vx=372.4317 L9.174567° Volts 16=34334.5034 2111.894° VOHS LTspice XVII - [Draft2] File Edit Hierarchy View Simulate Tools Window Help Aa .op I1 AC 36 ← SINE(0 36 84 0.0119) .ac lin 1 383,2743 383,2743 This is ground. ○ Ara C1 2μ 0.1 Vx R1 Vx 2k 50m G1 + > 0 0 Vo 4k х 5 14:38 9.11.2024

Find transfer function Eo(s)/Ei(s) Do it my complex impediance method and show diagram Provide right and complete answer do each steps with loops

6. What is the output voltage for the LM317 Circuit when R10 is set at 00 and at 5 KQ? a. 0 = b. 5 k= 35 V 7. Use ideal parts for D2 and the SCR. What is the voltage and waveform at H1 when the pot is at 0, 250, and 500 ? Draw the waveform a. 02= v wave form b. 250 = v wave form c. c. 500 = _v, wave form C3 U3 LM317 VIN VOUT ADJ C4 V1 120 V R9 500 R11 10 k R8 220 R10 D2 +V Out H1 C5 R12 100

If the TIME/DIV is set to 0.2 ms, what is the time constant of the circuit? X ms An oscillator with a natural frequency of 380 Hz is driven by a 580 Hz sinusoidal signal. At what frequency does it oscillate?

71. A series RC circuit has a resistance of 155 N and a capacitive reactance of 270 N. What is angle theta? a. 44.97° b. 55.03° c. 60.14° d. 89.86°

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Problem 6: w- Calculate the voltage across the capacitor every 15 0.1 ms for one complete period of the input waveform. Then, use Multisim to sketch the 25 V (n capacitor waveform. Repeat the calculation and the simulation for a frequency of 2 kHz

Please answer all subpart either dislike is ready please all subpart is compulsory Please all subpart in clean handwriting please ASAP

Problem 1: The capacitor is initialy uncharged. The switch is closed at t-0. Find the following: C- 50 uF 1. The time constant 2. The voltage of the capacitor at 0.1s. 3. The voltage of the capacitor at 2.5. V35 V

Find transfer function Eo(s)/Ei(s) Do it my complex impediance method and show diagram Give right answer do each steps