Given the plot shown in the figure, what is the value of peak overshoot? jao j7= ja s-plane -3 --o4 -j7 = -joa

Q: A 440 V three phase, delta connected synchronous motor has load of 9 kW and synchronous reactance of…

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Q: For a non-magnetic material having e, 2.25, o = 10 4 Find the intrinsic impedance for a wave having…

A: The intrinsic impedance of a wave is equal to the ratio of transverse electric field and transverse…

Q: (b) Draw (neatly and accurately) the no-load terminal voltage versus field current characteristic of…

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Q: 8.25 In the diagram in Fig. P8.25 when v(t) = 5 cos 500f V, i(t) = 0.4 cos(500t - 30°) A. Calculate…

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Q: Question 38: aHF Capaitor is A 20v DC Supply is conneaed to a 4 HF and 2.5M s resistor. If the…

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Q: J62 For the magnetically coupled circuit shown, find the values of coupling coefficient "k" when the…

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Q: 8.27 Find v,(1) and v() in the circuit in Fig. P8.27 if v(t) = 50 cos10r V. 0.2H ww me vR(1) 50 2 H…

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Q: Q1/ The bandwidth of an input signal to the PCM is restricted to 4KHZ. The input signal varies in…

A: Given,The bandwidth of input signal is 4kHz.Amplitude of the input signal is fluctuate from -3.8 V…

Q: r() = E Let ejnwot n2 I%3-5,-3,... a) Find the exponential Fourier series coefficients, {C.}, for…

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Q: Hilbert transform of the signal x(t) = 2sinc(2t) is %3D O 2sin(at).sinc(2t) O 2cos(t).sinc(2t) O…

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Q: Β 60 Ω 80 Ω 120 Ω 30 Ω

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Q: QUESTION 14 A balanced wye-delta system has a phase voltage of 24V RMS and a power factor of 61.5%.…

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Q: 211 10 Q.23: For the circuit shown, find the steady-state current "i" and the total power supplied…

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Q: A 440 V three phase, delta connected synchronous motor has load of 9 kW and synchronous reactance of…

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Q: Find vo for all t> 0 in the given circuit. Assume /= 3u) A. 1Ω 1Ω 7u(t) V 1 H 0.5 F v, The value of…

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Q: For the circuit shown in figure, the power factor angle of the source is in degrees 16 2 sin(4t) 16…

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Q: For the circuit shown in figure, the power factor angle of the source is in degrees 16 2 sin(4t) 16…

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Q: Q4/ Determine the Nyquist rate for a continuous-time signal x(t) = 6 cos(50t) + 20si n(300nt) –…

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Q: What is the amplitude of the current, where A = 23? The amplitude of the current is A.

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Q: I2 802 ww J15 J1002 Q.39: For the magnetically coupled circuit shown beside V,=60Z0°v & V=20Z90°v:…

A: Magnetically coupled circuits

Q: Problem 2: Write the Boolean function of OUT of the following circuits. (No need to draw) OUT ÕUT RA…

A: Boolean function: It has n variable and 2n possible combinations of this variable. It has on o or 1…

Q: Use Mason's formula to find the transfer function of the digital filter whose signal flow graph is…

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Q: The RLC network given in the figure is supplied from the source of unknown voltage. After using a…

A: The solution is given below

Q: Give four examples of the use of sacrificial materials to fabricate a MEMS device or structure

A: MEMS: It stands for Micro-electro-mechanical systems. It is a technology which is used for…

Q: 8.32 Calculate v (0) in Fig. PS.32. 2H 21 ww 6n 50 cos 5/ V F02 F 1H 0.05 F 31 Figure P8.32

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Q: 5. What is the turns ratio (n) of a transformer that has a primary voltage of 600 V and a secondary…

A: For a transformer,  (V1/V2) = (N1/N2) = (I2/I1)

Q: 3) f(t) = e', (0<t< 2x) Ans. F(s)=- -1 (1– s)(1-e 2")

A: We need to find out Laplace transform of given signal

Q: A two stage voltage multiplier circuit is

A: Semiconductor-  Materials which don't have free electrons in valence so there is no flow of current…

Q: In the given RLC network, Vxy = Yyz 50V and current which is flowing in the network is 2A. The value…

A: The answer is option c

Q: Reduce the following Boolean expression using K-Map:- F(U,V,W,Z)= π(0,2,5,7,12,13,15)

A: K-MAP is used to find the expression of the digital circuit using the maximum possible groupings.…

Q: . Determine the value of RL for maximum power transfer. Also, determine the maximum power.

A: In this answer we will find the answer to the required questions as explained below using the…

Q: Refer to the Figure 2 below, what the the given voltage levels represented by letters A, and B?

A: It is given that:

Q: (a) Draw the circuit schematic for a short-shunt cumulative compound DC generator with field current…

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Q: energize the circuit shown in Fig. P16.31. Write the time-domain expression for the third-harmonic…

A: Solution- The Equivalent impedance, 1Zeq=1R1+1R2+sL+sC1Zeq…

Q: I 1000 403 Q.34: Use node-voltage method with T- equivalent circuit for the linear transformer shown…

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Q: why is the effect of diode

A: Diode- When diode is forward biased it is short circuited in a circuit ideally. When diode is…

Q: Q-4: For the collector-feedback circuit shown in Figure 3, determine the percent change in the…

A: We need to find change in collector current and Change in collector to emitter voltage.

Q: A line charge pı = 4TE. C/m is located along the x-axis. Determine the potential difference VAB in…

A: We need to find out potential difference for the given line charge density

Q: Find Leq ( total indicator)

A: In this answer we will find the equivalent inductance of the given circuit diagram using the…

Q: Q4) If fr is the frequency of the fundamental component of the output ripple, then for full bridge…

A: In full wave bridge rectifier the time period of output signal is half of the time period of input…

Q: Provide a brief explanation for each of the following questions. Your answers should be concise and…

A: a) The windings and the commutator of the dc machine are usually made from copper due to the…

Q: ALYSIS 8.23 In the diagram in Fig. P8.23, v(1) = 50 cos(10r + 10°) V and i(t) = 25 cos(10r + 41°) A.…

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Q: 102 www Q.31: For the circuit shown, find the steady-state input power when Vs=16cos100t Volt using…

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Q: A 230 kV three phase 50 Hz line is shown in the figure.If the value of r-0.3 m then find the charge…

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Q: For a non-magnetic material having e, = 2.25, o = 10 Find the intrinsic impedance for m a wave…

A: The intrinsic impedance of a wave is equal to the ratio of transverse electric field and magnetic…

Q: Reduce the following Boolean expression using K-Map:- F(U,V,W,Z)= π(0,2,5,7,12,13,15) Please draw…

A: We need to simplify the given Boolean function

Q: what are the benefits of 2G,3G and 4G and their relevance in telecommunications

A: 2G 2G refers to the 2nd generation of Mobile networking.It uses digital signal instead of analog as…

Q: . A pn junction is made from p-type silicon doped (1017 cm-3), and n-type silicon (1015 cm-).…

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Q: 8.28 Calculate vdt) in Fig. P8.28. 40 0.05 H ww 100 cos 100/ V 0.04 H 10Ω 1000 μF velt) Figure P8.28

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Q: 8.27 Find v,(1) and v() in the circuit in Fig. P8.27 if v(t) = 50 cos10r V. 0.2 H u vR(1) 5A 2H 20 n…

A: Nodal analysis:

Reversing and Sequence Control

In most digital applications involving electronic circuits and advanced control systems, the control of electronic components such as motors, on/off switches, mechanical valves, and so on is not controlled by analog means, but is controlled digitally. The control operations involve binary variables of either two values, 0 and 1. These values mean either ON and OFF, or open and closed. The electronic circuit and the components operating through binary operations form a control system. These control systems control the components through the input signals and operating conditions, which are a function of time. These systems are preferably known as a sequence or logic control systems using various sensors. For instance, considering the production and assembly line in the manufacturing industry, all the operations and sequences of operations like parts scanning, change of tool, machining operations on the workpiece, finishing operations, etc. all are controlled logically using sequence control systems.