The values obtained in the empty and short circuit tests of a 50 kW, 510 V, 60 Hz, 6 pole, 75 A, cosφ=0.86, Y-connected 1140 rpm, Class B ASM, whose connection form is given below, are given in the table. This Find the values of the approximate equivalent circuit elements of the ASM accord

Q: Analyze the circuit below and provide what are being ask in the problem e.f. Determine the DC…

A: The required parameters can be calculated by using DC analysis and AC analysis of Darlington…

Q: Q.5. Power (P) of an internal combustion engine can be calculated via formula given below: 2nNT P =…

A:

Q: For the system given below, a) Find K1 and K2 so that the steady-state error is zero, the settling…

A: “Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: Explain three of the key assumptions that are made in developing the fast-decoupled power flow…

A: As per our policy, i can attempt one question at a time. 1) The fast decoupled load flow programme,…

Q: Consider the block diagram of a submersible vehicle shown below: K s+K¡K2 K1 Y(s) R(s) The…

A: We have to find the steady state error of the given control system of unity negative feedback back…

Q: Often, the network is referred as an infinite bus when a change in input mechanical power or in…

A: In power systems many generator buses are connected together to form infinite bus.

Q: The plot shows the unit ramp response of the First-Order system. From the following answers, what is…

A: First order system transfer function CSRS=11+ST            where T is time constant. where input is…

Q: A block diagram of a sPace-Vehiele control system shown in the Hime constunt T Siguve below. A…

A: The detailed solution is provided below.

Q: A 600-kg machine is mounted on a rigid floor of a factory through a spring of stiffness 1,500,000…

A: I am answering first three parts of this question as per guidelines.

Q: QUESTION 2 Consider the feedback system illustrated: r(t) S+3 where C(s) = s(s+10) and G(s) == Which…

A:

Q: Q1: for the control system below, 1-determine the value of (a) when the damping ratio (E = 0.5),…

A:

Q: G(s) 2+2s+3 a. M = %26. 3, tr = 0.51,ts = 4, y(00) = 0.75, ess 0.25 b. M = %16. 3, tr 0.51.ts = 4,…

A: Here 2nd order circuit is given we have to find transfer function first and then apply standard…

Q: For a control system shown in Figure Q1(c). (1) Derive the expression for error signal E(s). 2(s+4)…

A:

Q: 9.- Consider that the serial velocity is given by: baud_rate=Fosc/k(n+1) With k and n (integers)…

A: According to the question, we need to calculate % error.

Q: What are static error coefficients? how will you calculate the steady state error using static error…

A: There are two types of error coefficient. 1. Static error coefficient 2. Dynamic error coefficient

Q: Problem 2. For the system given in the figure on the right-hand side, where the input is four-unit…

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: QI) Design third (3) order Butterworth HPF with cut-off frequency - 6KHZ. Draw the cct diagram,…

A: “Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: The damping ratio and natural frequency of a second order system are 0.6 and 2 rad/sec respectively.…

A: Given: Damping ratio, ζ=0.6 Natural frequency, ωn=2 radsec Peak time, tp=? Settling time, ts=?

Q: Consider an electromechanical system consisting of an RC circuit, a piezoelectric element, and a…

A:

Q: Compare between theoretical steady - state error's results and the practical steady- state error's…

A: The block diagram for a single-loop, unity-feedback system is shown below. The reference input R(s)…

Q: person represented as in Fig. 01. Position of the book is given as the reference. Feedback signal…

A:

Q: What the effect of zeta on the damping? Why is less overshoot desired for practical systems?

A: Damping is depandends on Zeta value . If Zeta > 1 : overdamped system  If 0 < Zeta < 1 :…

Q: A permanent magnet brushed DC motor (the type of motor that spins when connected to a constant…

A:

Q: system give the figure on the right-hand side, where the input is four-unit step i.e., rt=4(t).…

A: Since you are asking a question with multiple parts we will answer first one for you if yo want…

Q: Consider the circuit is shown in the figure below. The circuit comprises a voltage supply, ?(?),…

A:

Q: Qi: Refer to the circuit shown in Fig. 1, the input voltages Va and V, are an AC signal and a…

A:

Q: H6. Pianos have two or three strings for each note. A piano tuning system called beats occurs as a…

A: Given, The natural frequency of the oscillator ω0=1p the frequency of the driving function…

Q: A permanent magnet brushed DC motor (the type of motor that spins when connected to a constant…

A: As per bartleby expert policy, only first three subparts are to be answered. Kindly repost remaining…

Q: Q5:A::How much voltage is required across wo delflection plates separated by 1 cm to deflect an…

A:

Q: A second-order system has a natural frequency of 2.0 Hz and a damped natural frequency of 1.8 Hz.…

A:

Q: what are demand factors?

A: Demand factor is the ratio of maximum demand on the system to the total connected load of the…

Q: 3. In the circuit shown in figure below, the resistance R is random and uniformly distributed…

A: The circuit shows a voltage source which provide supply to the constant resistance and R in form of…

Q: Q1. For the mechanical system shown in the figure, determine the values of gain K and B constants so…

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: Q5/A/ Calculate the maximum and minimum current in this conditions,(1- have maximum transmission, 2-…

A: Given :Characteristic impedance=50 ΩApplied power=50 Wi) Have maximum transmission :For, maximum…

Q: 4. A laser guidance system was used to control the boring machines drilling the channel tunnel to…

A:

Q: 4.3 Lagrange Relaxation Problem Given the three generating units that follows, F(P,)= 30+10P,+0.002P…

A: Part (a): According to conventional dynamic-programming, a strict priority order is imposed. The…

Q: Find the stability condition of the equation given below for the characteristic equation. (To be…

A: Given characteristic equation: a3.s3 +a2 .s2 +a1.s +a0 =0

Q: Table 1: Design Results Exceed (%) Mp Rise time (s) tr Sitting time (s) ts Peak time (s) tp

A:

Q: 3. Consider the system a)  Use state feedback ? = ?? to assign the eigenvalues of ? + ?? at −0.5 ±…

A: The system equation is: x=0110x+0-1u,y=10x· (a). We need to find the state-feedback control law such…

Q: Q2) Design second (2d) order Butterworth BPF with lower cut-off frequency = %3D 3KHZ and higher…

A: According to the question we have to, Draw cct diagram, frequency response, slop(roll-off) and…

Q: 3. Consider an isotropic harmonic oscillator in two dimensions. The Hamiltonian is given by: 門+,1。…

A: Energies of the three lower-lying states are determined as shown below

Q: Consider the series RL circuit shown below. The emf is given by ?=10e−0.1t and it’s given that the…

A:

Q: Find the stability condition of the equation given below for the characteristic equation. (To be…

A:

Q: Example: Consider the control system shown in Figure below. This system has closed-loop poles at…

A: Given: closed loop poles : -0.25+j1.9843 , -0.25-j1.9843 damping ratio: 0.125 undamped natural…

Q: m T K, i- B ep)K inductance, Lm, is low compared Usually the to the resistance, Rm, and can be…

A: The transfer function is the ratio of the Laplace transform of output to the input into the…

Motor Load, Torque, and Power Quality Requirement

An electric motor is a gadget that changes electrical energy into mechanical energy over to follow up on a mechanical burden. The weight set on the motor because of this mechanical movement is known as motor load. Appropriately matching the motor burden to the engine is vital to forestall harm to the engine or wasteful and unnecessary expensive activity. Engines perform such undertakings as moving a thing starting with one spot then onto the next, cutting it, changing its shape, etc. The motors might be evaluated as far as a few variables including power yield, voltage, current, and temperature. Harm to an engine might happen when it is worked under over the top engine load contrasted with its appraised limit.