Find the voltages at the three nonreference nodes in the circuit Ans should be: V1= 80V V2= -64V V3= 156V

Q: FIGURE 9.45 27. The inductor in the circuit of Fig. 9.43 is changed such that the circuit response…

A: Given data The source current value is 310 mA. The inductor current is 1 H. The resistance is 14 Ω.…

Q: Q2 Figure Q2 shows the Zener diode acting as a regulator and having variable input, Vi. Given the…

A: Given: A zener diode voltage regulator,  with,  VZ=20 V, IZM= 60 mA, R=100?,RL=3 k?, To find: i)…

Q: R. 3 Z₁ = √2 + R₂ SE Z₁ = R₂ + R₂ H(s) 222 Zi = = Sc SCR₁ +1 Sc 2 non B Inverting Schiff SC₂ SCR₁ +1…

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Q: Question 5 The switch has been closed for a long time before it opens at t = 0. If vo(t)= 2 +…

A: Vo(t) = 2 + 8e-0.5t V,   t > 0

Q: For the model defined in Question , is the closed loop system with the negative feedback control…

A: it is asked to check the stability of open loop and closed loop system

Q: 201 7 find V(t) for tho assume Switch has been closed for a long time and opens at tro 42 MI + ZF 12

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Q: (b) Write a logic statement that corresponds with the following logic circuit. X = A B o -X

A: Here we have to find the output logic for the given logic circuit.

Q: For the circuit below, find either i(t) or v(t) up to the point of calculating the constants A₁ and…

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Q: . Determine the following VB Vc VE

A: For the given Common collector BJT amplifier the DC parameters need to be calculated and the same…

Q: The signal x(t) = sin(nt) + 4 sin(3nt) cos(2nt) where, t is in milliseconds is sampled at a rate of…

A: The given signal is x(t)=sin(πt)+4 sin(3πt) cos(2πt). Where, t is in milliseconds is sampled at a…

Q: A=[-1.8 -81;1 0]; B=[1;0]; C=[0 81]; D=[0]; [num,den]=ss2tf(A,B,C,D); sys=tf(num,den); step(sys);…

A: from given data it is asked to find delay time, rise time, peak time and maximum overshoot

Q: Under clear-sky conditions, the downlink [C/N] is 20 dB, the effective noise temperature of the…

A: Under clear-sky conditions, The downlink[C/N] is 20 dB, the effective noise temperature of the…

Q: Based on the band theory of solids, briefly explain the difference in electrical conductivity…

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Q: For the JK Flip Flop application in Slide 13 for the 3-bit ripple counter, the CLK signal is…

A: The above question is based on asynchronous or ripple counters. Here, all the flip flops operate on…

Q: A resistance temperature detector (RTD) is placed in a Wheatstone bridge as according to Figure 4.…

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Q: In digital communications: If a uniform quantizer has an "m" of "5∆/2 to 7∆/2" at g(m)=3∆, the the…

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Q: 1-DC-DC Boost Converter is operating in dc steady state under the following conditions: The input…

A: Given Data: A boost converter with the parameters as, Switching frequency fsw=20 kHz Duty cycle…

Q: Given the range find the per scale value for each range based on the encircled basis (follow the…

A: Analog multi-meter screen is shown. We have to identify the values for each of the given rages for…

Q: Specify the LM-series linear regulator required to regulate a fixed voltage of 17 V. Please write…

A: To specify the LM series linear regulator required to regulate a fixed voltage of 17 V

Q: Find the transfer function, G(s) = VL(s)/V(s), for the circuit given in figure 2.14. Solve the…

A: Given: A network,  To find: The transfer function, G(s) = VL(s)V(s), for the given circuit. Solve…

Q: What is the node voltage VA ? 35 VS1 15V R1 68 R2 30 22 VB R3 100 VS2 8V

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Q: What is the permeability of a material that has a relative permeability of 900?

A: Relative permeability is given as μr=900. Permeability of free space μ0=4π×10-7 H/m.

Q: A 400/200 volts transformer has pu impedance of 0.05. The HV side voltage required to circulate full…

A: Turns ratio 400/200  i.e. Base voltage for HV, VHV(base)= 400 V Base voltage for LV, VLV(base) = 200…

Q: Consider the system of transfer function H(z) = 1 1- Az-1 for w[-,] by giving the exact frequency…

A: Given: Transfer function,  H(z)=11-λz-1, where, λ=12-1+j, To do: We have to sketch the Hω for…

Q: Find the transfer function, G(s) = 04(s)/T(s), for the rotational system shown in Figure (10) T(1)…

A: Given Data: A rotational mechanical system with gears. To Find: Transfer function Gs=θ4sTs

Q: The transfer function of a compensator is given as s + a s+b Ge(s) is a lead compensator if Ge(s) =…

A: In this question We need to choose the correct option What is conditions of a and b for lead…

Q: Complete the following expressions so that they are true. The function of a filter is to pass…

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Q: For the following open loop transfer functions, identify the correct Bode plot from the Bode plots…

A: Given: An open loop transfer function,  G(s)=ss2+s+2s2+5s+16, To find: We have to select the correct…

Q: Given a NOR gate and NOT gates, draw a logic diagram that will perform the three- input AND…

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Q: The three-phase circuit shown in figure 1 is 220 Vrms per phase and 50Hz. Diodes are real. The…

A: Given Three phase bridge rectifier circuit with R load Input voltage =220 V rms frequency = 50 Hz…

Q: Vi 1μ Circuit 2 D1 D + 5 RL 100k Vo

A: Two circuit configuration is given. We need to explain the logic behind the two circuits.

Q: Q3://: In the d.c. electrical conductivity the charge carriers in semiconductors needs an activation…

A: In semiconductors, the charge carriers responsible for electrical conductivity are electrons and…

Q: 11.Using Mason's rule, find the transfer function, T _C(s) R(S) represented by below R(s) G₁(s)…

A: Mason's rule is a technique used in circuit analysis to determine the transfer function of a linear,…

Q: Op-Amp is Ideal A) Calculate the voltage gain, A, = Vout/Vin B) Calculate the input resistance, Ri…

A: We need to calculate the inputs resistance, voltage gain and output current.

Q: Use I- V curve explain briefly the impact of solar irradiance and temperature on PV. Explain with…

A: Solar irradiance is the measure of how much light enters a PV cell or module. The I-V curve shifts…

Q: Calculate the percentage error for a wattmeter which is so connected that the current coil is on the…

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Q: Determine the Thevenin equivalent with respect to the terminals a and b for the circuit attached.

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Q: 6. An eight-pole wound rotor induction motor op- erating on 60 Hz supply is driven at 1800 r.p.m. by…

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Q: find yo Vo When V₁ = IV, 12=21

A: It is given that: V1=1 V V2=2 V Assuming op-amp to be ideal.

Q: 5-) Calculate the theoretical impedance of the circuit below that will be applied to an AC of 500Hz?…

A: Frequency f = 500 Hz. Circuit diagram is given as,

Q: Solve for Vo using mesh caric analysis j4 042 M 8 8 IOLO + j5 -J2 Vo ماتم 13L0

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Q: The transfer function of a compensator is given as s + a Ge(s) s+b Ge(s) is a lead compensator if =

A: Gcs=s+as+b

Q: 13.2V 1kQ Z1 Vz= 5.6V H HE C1 hFE = 100 Tr1 Vbe = 0.6V Output 500

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Q: A unit step response is applied on a system with transfer function, G(s) = = settling time Ts, and…

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Q: #2 R₁ = 14K { Rzabk +5V 3-5V R₂= 1.2k вд= 5000 FN The above cricuit. Vt₁n² 0.4v, k = 120/μA / √² W/L…

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Q: For the model defined in Question , is the system controllable? a.Yes b.No   For the model defined…

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Q: Find the equivalent resistance in the following circuit. 12V un 50

A: Circuit diagram is given as,

Q: 19. The voltage regulation of an alternator havings 0.75 leading p.f. load, no-load induced e.m.f of…

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Q: The closed loop gain of the system shown in the given figure is Ris) Ç(x) 05

A: Given that

Q: Consider a transmission line of three wires (infinite length). Each of the wires has a radius of 2…

A: According to the question, consider a transmission line of three wires (infinite length). Each of…