The current '1' and '1₂' in the circuit s
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Q: Q6/Draw the root locus for the following control system: R(s) К S(S+1) 4S +13 +1) S² +48- S C(s)
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Q: 10v I₁ R₁=49 a b I, R₂=89 R,=69 1₂ 4v
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Q: Example Consider a portion of a sphere The Surface is specified by r=4 20 <0.17 0 < 6 < 0.377 The…
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- Use current division to find the steady-stateexpression for io in the circuit if ig=400 cos 20,000t mA.Determine the steady-state error for the system below. If the input3u(t), t u(t), 10 t2 u(t) And fined the type of the system.Compute for the Energy and Power of the following signals in terms of per unit use the proper formula whether the signal is continuous or discrete. 2[cos(t) + isin(t)]
- When an input voltage of 30u(t) V is applied to a circuit, the response is known to be vo=(50e−8000t−20e−5000t)u(t) V. What will the steady-state response be if vg=120 cos 6000 t V?Write the complete solution to the problemSuppose an electrical signal generated, y(t) can be modelled as follows where t, is time in second, y(t) is voltage in mv. a) Produce graphs showing the amplitude and phase spectrum of y(t). b) State whether this time-domain signal y(t) is periodical, or non-periodical and justify your answer.
- A continuous time signal is given as x(t)=[sin(pi/4)+jcos(pi/4)]20. Using De Moivre's theorem, find out the value of the signal x(t).Determine the validity of the second-order approximation for the function. Justify your answer. G(S) = 1/(s + 4)(S2 + 4S + 8)Determine G(ω) for the following circuit. If your expression is complex, leave it complex. Determine the input and output impedances
- With the use of maps, find the simplest sum-of-products form of the function F=fg, where f=abc′+c′d+a′cd′+b′cd′ and g=(a+b+c′+d′)(b′+c′+d)(a′+c+d′)The input to the ac circuit shown in Fig. is the voltage source Vs(t)=125cos(5,000t+15o) mV. Determine the output voltage Vo(t)Simplify the expressions in (a) and (b) by 1 theorems: (a) A'(B+C)(D'E+F)'+(D'E+F) (b) (UV'+W'X)(UV'+W'X+Y'Z) (c) Fator the following by POS (product of sum) ABC+ADE'+ABF'