24Y 52 E- L 12 Sensor 1 K1 K2 0-8 08 ET Ov If you're only allowed to pick one, from which column would you remove a component? Choose the most important one, more than one component is sub-optimal. K2 Sensor 2 Sensor 07 K2 Sensor 2 12

Q: There are different states in a 4-bit Johnson counter 4 O 8 none of the mentioned O 1 O 3 O O O O

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Q: Find the rms value of the current waveform of Fig. 11.15. If the current flows through a 9-…

A: given here a waveform and asked to find the rms value and average power dissipated through the…

Q: If an angle modulated signal Xc(t) = 24 cos (2π * 10 ^9 t + 50 sin 10^4 π t) Calculate a- the…

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Q: Show whether the process, xct) = A cosat + B sind t where A 4 B independent are norma ually…

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Q: تتكون المجموعة من ثلاثة مقاومات (10 و 15 و 50) كيلو أوم على التوالي ، إذا كانت هذه المقاومات لقطة…

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Q: Three branches having impedances of 3 + j4N, 16 j12 S2, and-j4 St, respectively, are connected in…

A: Given: The impedance connected in parallel are Z1=3+j4 ΩZ2=16-j12 ΩZ3=-j4 Ω

Q: A switching circuit is used to filter out high frequencies has series connection of C1=0.3F, C2=0.2F…

A: This question belongs to circuit theory . It is based on the concept of transfer function . Have a…

Q: Ex: 2.3 An angle-modulated signal is given by : x₂ (t) = 10 cos [2π (10³)t + 0.1 sin (10³) Tet] a-…

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Q: Exercise: Find the closed-loop transfer function for the following block diagram:

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Q: * The register is a type of combinational circuit O sequential circuit O latches O CPU O none of the…

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Q: A.G. distance of 40 km from the receiver. What should be the minimum height of receiving antenna?,…

A: For the above given question we need to calculate the value of minimum height of the receiving…

Q: olve the question in ne simplest way mine the y parameters for the two-port shown in Fig. 19.17.…

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Q: An npn transistor circuit as shown in figure below has a = 0.985 and VBE= 0.3V. If Vcc=16V,…

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Q: The progressive phase shift k=180, the direction of the main beam Bo for a uniform linear array with…

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Q: 1. A supply voltage of 200 V is connected across the terminal AB in the circuit shown in Figure1,…

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Q: We have two small electric lamps on which it is written 8V, 1W. We have a 20V battery and negligible…

A: To solve above problem, we must know Ohm’s law and Kirchhoff’s law: Ohm's law state that in a…

Q: If a 10-bit ring counter has an initial state 1101000000, what is the state after the second clock…

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Q: Maximum dimension of antenna is 0.5m and operating frequency is 9 GHz, thus the the following…

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Q: Problem 2.. Determine the 3×3 bus admittance matrix Yous for the 3-bus circuit in the figure below.…

A: Solution- From the figure, First of all, All the impedances changes in admittance, Diagonal…

Q: Find the potential at the point K due to the point charge of Q placed at the point P. T=3,1416 9 co=…

A: In the above given question we need to calculate the value of voltage at the point K  due to charge…

Q: An AC voltage an RMS value and average value of 200 Volts and 150 Volts respectively. What is the…

A: Given: AC voltage RMS value, Vrms=200 V AC voltage average value, Vavg=150 V

Q: full-wave bridge rectifier

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Q: Q-2. B. A 2 MVA, 3-phase, 8-pole alternator runs at 750 r.p.m and operates in parallel with other…

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Q: 1. Matching of a transmission line with a characteristic impedance (Zo) and a load impedance (Zn)…

A: Characteristics impedance in transmission line : The ratio of the voltage and current amplitudes of…

Q: 1-Efficiency 2- Ripple factor 3- PIV

A: The rectifier is defined as a power electronic circuit which converts ac power to dc power. The…

Q: For the sireuit shown, determine. 2r and draw the impedance diagram. I, VVV in the phaser domain,…

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Q: In this parallel-plate capacitor, the distance d between the plates is 3cm, the radius of the plates…

A: Given, Distance between the plates, d=3 cm Radius of plates, r=2 cm Relative permittivity, εr=1…

Q: . Which of the following conditions limit the alysis of quiscent point (Q-point)? A. The circuit…

A: Quiescent point or Q- point- When a line is drawn joining the saturation and cut off points, such a…

Q: A J-K flip-flop with J = 1 and K = 1 has a 20 kHz clock input. The Q output is Constantly HIGH O…

A: We know that flip flop gives the output at the edge i.e flip flops are edge triggered. They may be…

Q: Two resistors are arranged as shown with a 12V DC power supply. The two resistors are: R₁ = 220 ohms…

A: Given circuit: V=12 VoltR1=220 ΩR2=330 Ω

Q: A silicon diode has reverse saturation current of 2.5 μA at 300 k . Find forward voltage for a…

A: Given data : reverse saturation current is=2.5mA For silicon diode VT=25.9mV Absolute temperature…

Q: Q2/Solve the following sequence X(n)= n. "u(-n) by using the differentiation property of the…

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Q: An SSB transmission contains 10 kW. This transmission is to be replaced by a DSB-SC modulated signal…

A: Transmission line is a line of the conductor it is used to transfer signal from one terminal to…

Q: xplain the concept of radiation source in machine vision with different types of lighting.

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Q: c)Calculate Fourier Transform for the analog signal f(t)= t where the function exists only in the…

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Q: Q.2 The open-loop transfer function of a unity negative feedback system is G(s) = , where T₁ > 0, T₂…

A: The open-loop transfer function of a unity negative feedback system is Gs=1s1+sT11+sT2 where T1>0…

Q: Given the circuit as shown, what is the output voltage (Vo) of the circuit, if E1 and E2 is equal to…

A: The input voltage of E1 and E2 is +10V as given in the circuit. First, check the status of the…

Q: E6.24 Consider the system represented in state variable form x = Ax + Bu y = Cx + Du, where 0 1 0 […

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Q: 2: Find the efficiency of DC compound motor (long shunt); armature current (101.3 A), rotate at…

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Q: 7. Differentiate FM and AM? 8.

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Q: (1) What is the maximum amplitude for a 1kHz sinusoidal input for a DM system that prevents…

A: Given here frequency of sinusoidal input is 1kHz for DM and sampled at 10 times the nyquist…

Q: S 2s 1) L {t sin a t} = a) b) c) 2as (s²+a²)² (s²+a²)² (s²+a²)² 2) L(3+e6²)² = a) +56 +5-1₂26) +506…

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Q: 4- What is form factor and peak factor? 5- When do we get maximum energy from a set of capacitors?…

A: We have to define form factor and peak factor.

Q: Q-2. B. A 2 MVA, 3-phase, 8-pole alternator runs at 750 r.p.m and operates in parallel with other…

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Q: 30 KVA, 2400/120V, 50Hz transformer has a high voltage winding resistance of 22Ω. The low voltage…

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Q: Using voltage divider rule, find the unknown voltages across each element for the circuit shown.…

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Q: We need a three-stage time-space-time switch with N = 100. We use 10 TSIs at the first and third…

A: Given a three-stage time-space-time switch with, N =100 No of TSIs at the first stage= 10 No of TSIs…

Q: For a transformer given of 100 kVA, 220/6000-V transformer, short circuit test is performed. What…

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Q: In a 4-bit magnitude comparator with first input A= 1101 and second input B=1110, the output

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Q: 04 Find the P.Q. E ands of the given systent when delivers its rated land. The otion is decrease by…

A: Solution- I = 1∠-cos-10.8I = 1∠-36.87° puE = V+jIXsE = 1∠0°+j0.7×1∠-36.87°E = 1.526∠21.523° pu E =…

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.