Fig. 1 Q2: It is desired that the impedance Z of the high-Q circuit of Fig. 2 be 50k<0° at resonance (fp). 2602 d. a. b. Find the value of XL. Compute Xc. C. Find the resonant frequency (fp) if L = 16 mH. Find the value of C. ZT R₁ 50 N Xc Χ Fig. 2

For the network of Figure below with ßhe-125, re-11 2, Che 20PF, Cbc-2.4PF, Cce-0.5PF, neglect wiring in and out capacitors. (5 marks) a. Find 4mid = Vo/Vi. b. Determine the lower cutoff frequency fi c. Determine the higher cutoff frequency fH. +10 V Rc 22 KSP 2.2K G 10 µF R W 600 9 10μF RE 470 92 10F

Determine the gain, Vout/ Vin, for the given circuit. What is the resonant frequency of the circuit, in Hertz? + Vout Vin

Q.4: Choose the suitable choice for the following sentences. 1. At any resonant circuit the input impedance is ....... a. XL. b. RT. c. XC. 2. The locus of inductive load is a vector in the …... quadrant. a. 4th. b. 2nd. c. 3rd. 3. For non-sinusoidal input signal, the power dissipated in a resistance is equal to ............ a. 2I2R. b. Iav2R. c. Ieff2R. 4. Applying Kirchhoff's laws to RL & RC transient circuits produces Equations of type:a. Time-Depend. b. Time-Variable. c. Differential. 5. The Differential Equations applied RL & RC transient circuits are:a. Third-order b. Second-order c. First-order 6. Electrical energy is stored in ........ a. Inductance. b. Capacitance. c. Both-of-them. 7. .......... is obtained in parallel resonance circuit. a. Vmax. b. Imax. c. Pmax. 8. The total impedance angle is ............ on the frequency of the harmonic.a. Dependent. b. Independent. c. Both-of-them. 9. In transient circuit, the capacitor behaves as ................ when the switch…

Complete Part A, Thank you! I will give a great rating!

Ex. 1340. Refer to Figure setH(1340). Given: w1=1 rad/sec and G(s) = 34/s. Determine asymptotic (also actual): G1,G2,Ph1, mc where gains are in dB, frequencies are in rad/sec, and phases are in degrees. mc=Bode Plot type code. ans:4

Q3: A series circuit has a resonant frequency of 10 kHz. The resistance of the circuit is 52, and Xc at resonance is 200 2. a. Find the bandwidth b. Find the cutoff frequencies. c. Find Qs. d. If the input voltage is 30V<0°, find the voltage across the coil and capacitor in phasor form. e. Find the power dissipated at resonance.

H.W: A resistor of resistance R=1000 2is maintained at 17 °C and it shunted by 100 uH inductor. Determine the ms noise voltage across the inductor over a frequency bandwi dth of: Ans: 182 x10° volt Ans: 9.22 x10 volt Ans: 2.34 x10 volt i) 15.9 kHz ii) i) 159 kHz 1590 kHz

4. The Bode plot shown below represents the voltage gain of a particular amplifier. Sketch the input and output waveforms, v,() and v(1) if the input to the amplifier is v, (1) = 10 + 10cos(400t + 60°) mV. Use the graph paper on the next page for your sketches and label the minimum and maximum value for each waveform. 60 Bode Diagram 58 56 54 52 50 48 46 44 42 40 -5 -10 -15 -20 -25 -30 -35 -40 -45 -50 -55 -60 100 101 102 Frequency (rad/s) 10 104 105 (Bap) aseud Magnitude (dB)

If vsig is a triangle waveform, determine the maximum amplitude that vsig can have? Showyour calculation.