1- For the Controlled system shown in the following daystemy find the value b for which our closed-loop pales for any kyo cross S=-3 ± 2j. ปร + Cabroller 1 stb k plant Sti Y(s)
Q: An amplifier with R₁ = 12 kn, Ro 1 kn, and Avoc = -10 is operated with a 1 k load. A source having a…
A: Given data: The resistance is Ri=12 kΩR∘=1 kΩ A Thevenin resistance of 4 kΩ A short circuit current…
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A: We need to find out voltage gain for given circuit .
Q: Q\ Determine DFT v[em] of the sequence v[n] is defined by do v[n]+di v[n-1]=pod[n] +p1d[n-1]
A: Since you have posted multiple questions, we will provide the solution only to the first question as…
Q: 13. Find 'z' in the following PID controller, Ge[s], to locate the closed-loop poles at SA = -2±j2…
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Q: 3. Determine the current i, through the 20-12 resistor 3A 120 www 2012 3611
A: Given data, Circuit diagram is given as,
Q: For the below CB amplifier circuit: C5 10u w ww R1 101k R2 11.2k 12 VBE=0.63V AIHE VCC ww Q1 www…
A: “Since you have posted multiple sub parts we will provide the solution only to the first three sub…
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A: It is given that: L=12W=6H=4mworkbenches heightHw=1 mF=3700 lmLLF=0.7E=400…
Q: Determine Vx in the figure. Take /= 3.5/0° A. 4 Vx 2092 The value of Vx is I /10 02 2002: Vx °V.
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Q: 2. Using Millman's Theorem, find the value of output voltage Vo in the circult shown All resistances…
A: here we have to find the output voltage V0.
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Q: 7. The switches in the circuit shown below change positions at time t = 0. Find i(t) for t≥ 0. t=0…
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Q: The Norton resistance for the circuit is Α) 500 Ω Β) 10 ΚΩ C) 1.5 kΩ D) 20 kΩ R
A: Given data, Circuit diagram is given as,
Q: Consider the analog signal X(1) =3 cos 2000m:+5 sin 6000m +10 cos 12.000: (a) What is the Nyquist…
A: (a) The given signal is, xat=3cos2000πt+5sin6000πt+10cos12000πt The frequencies of the different…
Q: 1) From the first principles prove that : 41-1-7 1. OPL аро 2) Consider a simple power system…
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Q: (a) Determine the load impedance for the circuit shown below that will result in maximum average…
A: Given: Circuit diagram:
Q: The Norton resistance for the circuit is Α) 500 Ω Β) 10 ΕΩ C) 1.5 kΩ D) 20 kΩ Vega ΤΟΥ R www 19ΙΩ R₂…
A: In this question We need to choose the correct options Here determine the Norton resistance. We…
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Q: 1+ Rs= 10kΩ Μ Ca| R₁ Vcc = 9 V R = 27 ΚΩ R2 = 15 ΚΩ Rc= 2.2 ΚΩ RE= 1.2 ΚΩ 4 CC2 CE ουρ RL= 2 ΚΩ
A: We need to find out the current and voltage for given circuit and we need to find out the gain for…
Q: 2. The voltage of the circuit below is v(t) = 120e−400t cos(300t) + 80e−400t sin(300t) V. The…
A: It is given that: Vt=120e−400t cos(300t) + 80e−400t sin(300t) VC=200 mF
Q: Practice Problem Determine the voltage V.in the circuit of Fig below j1Ω 4Ω το πόλεμο πο I j8 Ω j5 Ω…
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Q: Given the loop transfer f5555ufor any input6nplanection G(s)H(s)=K(s+6)/(s+3)(s+5).Thenumber of…
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Q: A load formed of a 2 Ohm resistor and 3 mH inductor in parallel is connected to a 230 V 50 Hz…
A: here we have to find the equivalent complex impedance and reactive and active powers.
Q: (gp) apney Phase (de) -60 (a) o thi 100 -00 470 Bode Diagram ⠀⠀ (b) 40 8 (c) 10 dB Frequency (rad)…
A: Given: Bode plot diagram:
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A: Given data, Reference voltage Vrf=25 V. Number of bits n = 8,
Q: The instruction queue is located inside the BIU EU General purpose registers ALU O Flag register
A: An instruction queue is used by a microprocessor or microcontroller unit to fetch instructions.
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A: A) INTRINSIC AND EXTRINSIC SEMICONDUCTOR Intrinsic semiconductors are the pure form of the…
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A: As per our company guidelines we are supposed to answer only first question kindly repost the other…
Q: Question 24 A system with characteristic equationss3 +5²-2s+K=0 is O stable for all values of K…
A: The characteristics equation can be solved by using RH criterion. The solution is given below.
Q: 5. Use the node voltage or mesh current method : a) Find the steady-state expression for io(t), in…
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Q: Q.2. 12V ΙΚΩ ΠΩ Find Vo, ly, lg, lg, and Gain of the amplifier V_0
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Q: Question : For T = 0.6 sec, write the element of the discrete sequence corresponding to the function…
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A: We need to find out the inductor current and rare of inductor current at t = 0 , for given circuit .
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Q: (a) Determine the quiescent values Ico and VECQ. (b) Find the small-signal parameters gm, rn, and…
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Q: Convert - 3510 to tuzo's complement,
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A: here wee have to find the voltage across the ideal current source and total power.
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Q: Value 1) Req 2) Veg 3) IB 4) IE 5) Ic 6) VCE 7) VE 8) VB 9) re 10) 9m 11) T 12) Zin 13) Zout 14)…
A: “Since you have posted multiple sub parts,we will provide the solution only to the first three sub…
Q: Discuss the significance of back emf in a dc motor. Note: Figures and sketches are required.
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Q: 7. Analyze the circuit in Figure for the following ( 17-67 f = 25 kHz): a. Itot b. Ptrue c. Pr d. Pa…
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Q: Could you show the rest of your work on how you got to the correct answer of -9-3i
A: It is given that: V=-27-69iI=5+6i
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Q: 3. If an aluminum field coil of 75 C is A. 133.3 ohms. B. 141.2 ohms. C. 132.9 ohms. D. 140.5 ohms.…
A: We are authorized to answer only 1 question at since you have not mentioned which question you are…
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- In order for the closed-loop system, whose block diagram is given in the photograph, to be stable, the parameters ?1 and ?2 must be determined.Calculate the values it will take. Draw the graph of the stable region in the ?1-?2 plane. (Hint: Routh-Hurwitzuse the method)15 A certain type of Suspension Type Insulator is used to sustain heavy tensile loads of conductors when the line has to turn a corner or stop at a dead end. Select one: True FalseA wind farm is being built on an island 6km offshore and needs to be connected to the power grid substation 12km down shore before it can become operational. The cost of laying cable under water is $10,000/km, and the cost of laying cable on land is $8,000/km. a) Determine the cable route that will minimize cost. b) What is the minimum cost
- In an environment where the electric field intensity ??? + ??? is given, the + 10?? load from T1 (2,4, -8) to T2 (-4,16, -8) to ? = ?Find the work done during the transport along route 2.A 84 meter long conductor with a unit weight of q=(0.8) kg/m is separated from each other.It is stretched on two poles in a straight span at a horizontal distance of "a" and the deflection valuef=16 meters measured. Accordingly, with the catenary method: a. Calculate the value of "a" b. Horizontal 18 meters from the lowest point of the conductor to any pole Calculate the deflection value at distance. c. Calculate the resultant tension force (S) at the peaks. D. At the apex, this is the angle that the direction of the S force makes with the horizontal axis calculate.Electrical transmission towers are stationed at 350 m intervals and a conducting cable 2cm in diameter is strung between them. How many wires should each tower carry toensure structural integrity during a tropical storm? The towers are designed to withstandup to 180 kN of transverse force and during a cyclone, wind can blow up to 200 km/h.Assume there is no interference between the wires and take air density as 1.2 kg/m3and viscosity as 1.7×10-5 Nsm-2 . If the smooth insulation on the wires is mechanicallyroughened up before application what effect it will have on the design? Also, establishwhether the wires are likely to be subjected to self-induced vibrations and if so what the frequency would be. The frequency of such forced vibration, sometimes called self-induced vibration, may be calculated from an empirical formula due to Vincent Strouhal: fd⁄Uo = 0.198(1 − 19.7⁄Re) 250 < Re < 105
- Using Routh-Hurwitz analysis, answer the following questions about the block diagram below (assume K > 0): (a) Determine the value of K that will make this system unstable (If there is one). (b) If this system does go unstable for this value of K, how many unstable poles are there? (c) Is there a value of K greater than the value found in part (a) in which the system becomes stable again?Determine whether the system is liner/non linear,time variant/time invariant,casual/anti casual,static/dynamic and stable/ unstableConsider the closed-loop system illustrated in Figure 1. Root Locus a) Determine the poles, zeros and candidate breakaway and breakin points.
- The transmission power is 30DBM.it looses 2DB per km. The noise level increase 1 DB per km . Reciever require the SNR to be 3DB what is the maximum transmission distnace on this line? Note: Correct and detailed answer will be Upvoted else downvoted. Thank you!A transmission line has a span of 250 m between supports, the supports being at the same level. The conductor has a cross-sectional area of 1·29 cm2. The ultimate strength is 4220 kg/??2 and factor of safety is 2. The wind pressure is 40 kg/??2. Calculate the height of the conductor above ground level at which it should be supported if a minimum clearance of 7m is to be kept between the ground and the conductoQ4. A Transmission Line has a span of 250 meters between two level supports. The conductor has a cross-sectional area of 1.29 cm2, weighs 1170 kg/km and has a breaking stress of 4218 kg/cm2. Calculate the sag for a safety factor of (5), allowing a wind pressure of 122 kg per square meter of projected area. What is the vertical sag?