Refer to the circuit below. The contribution due to the 2cos(1000t) A source in finding v(t) is: 10 V 100 μΕ 5 mH 5 sin(2000t + 30") V 62 Z v(t) f) 2 cos(1000t) A O A. „4.8 angle 0 degree space V О В. 48 V OC. 6sin(1000t) V O D.4.8cos(1000ot) V O E. None of the given answers OF. 20.8 angle 0 degree space V

Vs= 12Vrms Solve for the equivalent Vp; solve Vo in DC; solve Vdc; plot the waveform

IN THE CIRCUIT ( NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE).

Consider the circuit given below, where R₂ = 10 kQ. Calculate the capacitance required for good coupling when the lowest input frequency is 1 kHz. Round the final answer to two decimal places. R₁ 3 V + 2.2 kQ UF A R₂

In the circuit below, write the KVL equation of the primary side j102 102 j1o2 j402 302 70 Select one: O a. 0 = (10 + j10)lg + j10lL b. 70 = (10 + j10)lg + j10lL %3D O c. 70 = (10 + j10)lg - j10l O d. 70 = (10 + j10)lg %3D

Choose [T]rue or [F]alse for the following statements Here is what I got f) T g) F h) T i) F j) F

13) Find the total inductance a) Find the total inductive reactance b) Find the current L1 Vlac 10mH L2 20MH L3 20mH 120 Vrms 600 Hz 0° 14) Find effective impedance? R6 L1 Vsupply 300 47mH + 120 Vrms L2 60mH 60 Hz 0°

4 Find the values of the resistance R and impedance inductance L in the circuit shown R1 L1 C1 40μF |= 1.5 35_A 240V 50HZ

2. Given the following switched-capacitor circuits in which VSS=0V and VREF=4V. It operates in phase 1 first and then phase 2. Please find the output voltage Vo at the end of the phase 2 (5%) Phase 1 Phase 2 Vo Vo + + с с SO VREF Vss C 2C $1 S2 V dac SO Vss 2C S2 V dac VREF