In the circuit shown below, find vo(t). 2 ww A S+5 2 A 10 ww

Q: Compute for the value of constant (C) by solving the given DE using integrable combination. Let x=1,…

A: Given equation: x2xdy+ydx=2xdy-2ydx

Q: The circuit parameters in the circuit shown are R=500 Ω, L=250 mH, and C=250 nF. If Idc=5 mA, find…

A: When the circuit is in position A for a very long time, the capacitor becomes open-circuited, and…

Q: The output of a system is y(t) = 3x(t – 2), where x(t-4) is the input. The system mpulse response…

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Q: 3- For the circuit shown below, Find the Norton's equivalent circuit at terminals (a-b). 60 0 25 0…

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Q: The result of u(t +3) * u(t – 4) is: Select one: O (t +3)u(t + 3) (t – 1)u(t – 1) O u(7) O tu(t)

A: In this question , we will find convolution of given signals..

Q: (a) Consider a system y(t) = 4(t – 1)x(t) + 4x(t + 1). Does the system linear?

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Q: Q1: For the circuit shown below, find V(1) at t = 3 msec. %3D t=0 Im 4 KO 7 ко 6 ко 2 Im Vc: 2 uF 12…

A: We need to calculate voltage capacitor in given Resistance capacitor circuit. We know form for…

Q: t=0 ► 12 2 (1) 5 A 2H

A: Initially at t<0 circuit switch is closed

Q: Q2: Find the general form of v.(t), for all t> 0, in the circuit of the following figure. 12 12 +…

A: From the Laplace domain representations of given Circuit

Q: In the circuit of shown below i,(t)=4 sin 4t A. The ic(t) will be I'c 1() 0.2 H3 30 :0.25 F

A: Given circuit is - Given values are - ist=4sin4tA

Q: Use the step-by-step method to find i, (t) for t > 0 in the circuit. 0.5 H t = 0 8Ω 2Ω 24 V 20 V 3.

A: Given circuit is -

Q: 3- For the circuit shown below, Find the Norton's equivalent circuit at terminals (a-b). 4.7 k 47k…

A: So we need to find Norton's equivalent from ab .

Q: Compute for the value of constant (C) by solving the given DE using integrable combination. Let x=1,…

A: Given Differential equation, 2x2xdx+ydy=8xdy-ydxLet x=1, y=4

Q: Use Thévenin's theorem to find vo(t), t > 0, in the network in the figure below. 4 H 4 F 50 2u(t) A…

A: Draw the above circuit diagram in the s-domain.

Q: The result of: u(t) * 5u(t) * 8(t- 3) + 28(t-1) * u(t + 1) is Select one: 5(t- 3)u(t – 3)+2u(t +2)…

A: Convolution

Q: Q1: For the circuit shown below; find i(t) for t > 0

A: To solve above question, one should understand the behavior of Inductor and capacitor in DC circuit.…

Q: Find the Thevenin equivalent of the circuit shown with respect to the terminals a-b? 61, 20020 j10n…

A: For Thevenin's voltage

Q: Verify the initial value theorem for the following voltage function, and state its initial value.…

A: A voltage function in the time-domain is given as vt=t+3cos2t+2e-3tcos3t. The initial and final…

Q: 20. For each of the second-order systems that follow, find 5, wn, T, T,, T,, and %OS. 0.04 b. T(s)…

A: (b) Transfer function is given as, Ts=0.04s2+0.02s+0.04 Comparing the denominator with standard…

Q: For the following circuit, solve for v(t) at f>0. v(1) 1F t = 0 100 20Ω 120 V 4 H (+)

A: The solution is given below

Q: Quesbon Comple The circuit shown has an overdamped response. If C= 1/16 F, then the range of R…

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Q: 0, find vin (t) for t > 0 2.5t2 for t For the circuit below, if ig 10 Q + 5 H is Vin

A: The emf generated  across the inductor is given by the equation shown below:Where V(t) is the emf…

Q: 3. Find i(t) and v(t) for t> 0 in the circuit shown below. Assume i(0) = 10 A. i(t) 2 H 20 Ω v(t) 1Ω

A: Given circuit: i0=10 A

Q: Q5/ Using delta (A) to star ( Y ) transform to obtain ( IT ) in the figure below ? 100 40 0 D 500 B…

A: ELECTRICAL NETWORK: When addressing a circuit problem or constructing a balanced circuit, the word…

Q: Calculate the characteristic roots of the circuit below. If R = 5 2, L = 2 H and C = 1/20 F. *

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Q: 2. First order system 720 Vị 8H Vo the above circuit, the input v;(t) = 4e-9tu(t). Derive an…

A: Given:vi(t)=4e-9t u(t)

Q: Compute for the value of constant (C) by solving the given DE using integrable combination. Let x=1,…

A: Given a differential equation: xdy-ydx=6x4dx initial conditions are: when x=1, y=2 We need to find…

Q: Determine the Norton equivalent of the following circuit RL 1 A 0.8 2 2 2

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Q: HW1. Find the transfer function H(s) = Figure 1. 192 120.5F 1Η 402 V(t) www lo (s) 1₁ (s) 292 www in…

A: We need to find out the transfer function .

Q: 800 mH 150 2 ww 600 mH 200 2 1200 mH The on-side circuit is given as is = 4cos (600t) Vs = 110cos…

A: The angular frequency (w) = 600 rad/sec The current source is = 4 cos(600t) = 4∠0 A Voltage source…

Q: The result of: u(t) * 5u(t) * 8(t – 3) + 28(t – 1) * u(t + 3) is Select one: 5u(t – 3) + 2u(t+ 2)…

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Q: For the given circuit, the switch is opened at t=0 , find the followings t=0 300 2 + ļic 100 N…

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Q: Find v.(t) for t> 0, if i,(t) = 8(t)

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Q: 1 kQ oa 1, 2V, 401 3 V 50 Ω ob +.

A: As per company guidelines we are supposed to answer only one question. Kindly repost other questions…

Q: tep current of 1 A is applied to a network whos V(s) s) I(s) (s+- (s+2 ady state and initial values…

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Q: Q.4) Determine v(f) for t> 0 in the circuit given below if (0) = 0. 0.1 F 3u(t - 1) A 4 22 82 3u(t)…

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Q: 4. For the circuit given below, find i(t) for t>0 t = 0

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Q: 52 0.6N 20 V 5 A

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Q: QI: Find the general form of vo(t), for all 1 0. in the following circuit 10 2u(t) V u(t) A (1 0.5 F…

A: In this question,  We need to determine the voltage Vo.  We are solved this problem using the…

Q: Q6: Obtain the Thevenin equivalent for the circuit shown below , given that : iş(t) = 3cos(4 × 10*t)…

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Q: 'R 25 k2

A: PRESENCE OF SOURCE  In the presence of sources, all the tolerant essentials which are R, L and C…

Q: Find the Root locus : C(s) R(s) (S – 1)(s² + 4s – 7) K %3D

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Q: Find i (t) and V;(t) for t > 0 in following circuit. t = 0 12 N i̟(1) 10 V (+ 4 A () v,(1) 2 H 20…

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Q: 630 Find the D.E of the system below, given that r(t) = +² et 4 (+), where u(t) is a step function.…

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Q: i(t) 3N 0,25 H 0,1 F ; 수 v(t) + 40 V ) 4 A

A: we need to find the values ​​v (+ ∞), i (+ ∞)

Q: Q1: For the circuit shown below, find V(t) at t 3 msec. 4 ко t=0 7 KO Im + 6 KO 2 Im Vc. 2 µF 12 V

A: Detail solution is in the image

Q: For the shown circuit, the resistor current iş(t) for t > 0 is given by: 0.1 H lll iL t= 0 402 60 2…

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Q: In the circuit shown, th for a long time and is c current i(t) for t 20* is S 10 Ω i(1) [Ž10 sto www

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Q: Vcc = 10 V R, = 8.2 kM Ro = 1 kN Bac = 150 R = 3.3 k. RE = 750 N 77

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Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.