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Q: sequence balanced three-phase Y-connected source supplies power to a balanced, three-phase…

A:

Q: Question 1: a) Three_ phase AC power is generally preferred for generation, transmission and…

A: Three phase AC power generation and distribution:

Q: A balanced three-phase source is supplying 6KVA with 0.8 pf leading to 2 balanced Y-connected…

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Q: A receiver has a noise temperature of 100k.What is the noise figure in decibels

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Q: For an RLC circuit in series with a power supply where R= 10, L= 1mH, C=250 uF and the input voltage…

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Q: B-6-6. Plot the root loci for a closed-loop control system with G(s). K(s +9) s(s+45 + 11)' H(s)-1

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Q: Represent the state space of the RLC circuit in series with a power supply where R= 10, L= 1mH,…

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Q: -2 -1 12 g(t) 아 1 2

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Q: Find the current through the galvanometer and the resistance R₁, R₂, R3 and R₁ in the Wheatstone's…

A: The given problem is from wheatstone bridge.  The detailed solution is given in the next step

Q: 7. Let us consider the following circuit: V1- V2- Va R₁ www R₂ R₁ R₂ R₁ Vb ww RE RE www -Vout (a)…

A: The circuit diagram is shown below,

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Q: Each smart meter sends its data every minute via REST API call to the central service which you will…

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Q: Given A= 3ax - 4ay + 5az And B= -ax + 2ay - 3az. Find: (a) A x B; (b) A . ( A x B ); (c) A x ( A x…

A: Note: Dot product of two vector is scalar quantity  Cross product of two vector is vector quantity

Q: (f) 26[n] = sin(100m) (g) 27[n] = 3 sin(n) + 2 cos(n) (h) 28[n] = 3 cos(n) + 2 cos(n) (i) ro[n] =…

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Q: The PIC 16F84A microcontroller has a built-in ADC. a. True. b. False.

A: PIC 16F84A microcontroller 68 byte data RAM 1028 words program memory 68 byte data EEPROM.....ETC

Q: 3. A lithium niobate amplitude modulator has a V₁ of 4.2 V. a) Calculate the transmission loss of…

A: a) To calculate the transmission loss of the modulator when the drive voltage is 4.1 V, we use the…

Q: Question 37 For the circuit presented in Fig. 3.75, determine the current labeled i by first…

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Q: stepper motors, we can accomplish half-steps by: a. By turning coils ON one at a time. b. By turning…

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Q: :- Determine the resistance of 200 ft of copper wire if the diameter is (o.0126 inch) give heat…

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Q: Figure 4-36 50 V RL 4.7kQ

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Q: Calculation Question 1. Assuming the piecewise linear model for the diode and VD,on = 0.6V,…

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Q: 6) Consider an LC circuit with C = 1 μF and L = 2 mH. At a given instant, the capacitor has 1/4 of…

A: It is given that: C=1 μFL=2 mHEC=14ECmaxPL=0.25 W

Q: 2₁:- Find Itotal for the cct. shown blow? 12 252 122 12 V www 2n. -Mu 0.502 MM 0.502 1.2 www. 0-5…

A: The given problem is from circuits.  The detailed solution is given in the next step

Q: Q2: Assume that the first medium (y0) has a relative magnetic permeability of 4,2=10. Determine ₂ if…

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Q: A magnetic field is changing with time with the law B = u₂(0.05t²- 0.2t) [7] is defined in a…

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Q: 120V 60Hz Lload 160mH

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Q: 6) In the power systems, the auto transformer is preferred over the ordinary two winding transformer…

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Q: Thévenize this resistive network: 300 15 1k 400 2k

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Q: A 460 V, 25 hp, 60 Hz, four pole, Y-connected induction motor has the following impedances: R1 -…

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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.