You are required to calibrate a Temperature transmitter for process control using a provided instrumentation simulator. Identify the Instrumentation Loop drawing that is required to complete the calibration procedure.

Q: What values of Lz, Ly, and L3 are required if the two networks in Fig. 13.66 are to be equivalent?

A: The required values of Lz, Ly, and L3 are if the two port networks in the figure given. The dots…

Q: Problem 3. The figure below on the left shows an armature controlled de servomotor driving a load…

A: The figure below shows an armature controlled dc servomotor driving a load through gear train:

Q: The current through a 100-µF capacitor is i(t) = 50 sin 120лt mA. Calcu- late the voltage across it…

A: Capacitor,C=100μF.Current through the capacitor,it=50 sin120πt mA.and,At t=0,v0=0.Here, we have…

Q: Draw the circuit diagram an solve using ohms law asap pls 3. Two lamps rated 100W and 200V…

A: given that supply voltage VS = 200 V two lamps rating power P = 100 W at   voltage V = 200 V voltage…

Q: Find the height of an infinitely long conductor from point P which is carrying current of 6.28A and…

A: Current is given  I=6.28 A Field intensity is given H = 0.5 unit.

Q: 2. Use Kirchhoff's Laws to solve for the current 10 V

A: Circuit diagram is given as,

Q: 5) For the following circuit, determine the following: Vs: VD: VDS: VGS: VG=0V RG 10 ΜΩ +10 V RD 1.0…

A:

Q: Question 3 Find the maximum power that can be transferred to the load RL in mW unit. бkn 1mA V 4000…

A: here we have to find the maximum power transferred to load resistor.

Q: If the circuit is converted to a Norton’s equivalent circuit, what are the values of RN and IN for a…

A: Vth= 20V Rth= 10 ohms

Q: A 400V, 3-phase Induction motor has input power of 14 KW and operates at power factor of 0.87…

A: Given data, P= 14 KW cosϕ=0.87 η=98% W1=? W2=?

Q: Question 3 Find the maximum power that can be transferred to the load RL in mW unit. бк 1mA( 4000…

A:

Q: Find the value of the capacitance in derivation needed to correct a load of 140 kVAR with 0.85 fp…

A: Initial KVAR rating Q1=140 KVAR. Initial power factor cosϕ1=0.85. Improved power factor cosϕ2=1. RMS…

Q: If f (z,t) the wave equation is f(z,t) = 10 cos 10 cos (30 z - 50 t) in cm

A: Function is given as, fz,t=10cos30z-50πt.

Q: Q5)A continuous-time system has a state space model given by X=¹₁2x+ut y(0-[10]x(t) 2] x(1) 1- Find…

A:

Q: A 400V, 3-phase Induction motor has input power of 14 KW and operates at power factor of 0.87…

A: In this question we need to find the reading of wattmeter W1 and W2 .

Q: Stability via Reverse Coefficients T(s) = 10 s5 +254 + 3s3 + 6s² + 5s + 3

A: Given here a transfer function and asked to find the stability via Reverse Coefficients.

Q: Calculate V₁ and V₂ in the circuit shown in Fig. 10.6. Log--Tabo 75/0° V 4 Ω ww ell Figure 10.6 For…

A: For this AC circuit , we need to calculate the node voltage V1 and V2 Circuit:-

Q: 4) Plot the root loci for a system with G (s) = K (s²+2s+2) (s²+2s+5) H(s) = 1

A: Gs = ks2+2s+2s2+2s+5, H(s) =1

Q: Make the Routh table for the system and tell how many roots of the following polynomial are in the…

A: For the given characteristics equation the routh table needs to be formed and the number of poles…

Q: SYSTEMS OF LINEAR EQUATIONS A. Solve for the unknown values using Direct Methods 3 8 -51 -2 5 7 民調問…

A:

Q: What will be the load current if a 400 Q load is connected in the complicated circuit? RN and IN of…

A: Load is given S = 400 Q. Norton resistance RN=100 Ω. Norton current IN=10 A.

Q: A plane electromagnetic wave is travelling from a medium with € = 81 and μ = 1 to a medium with € =…

A:

Q: Find the highest sampling frequency fs so that if the signal v(t) = 12 cos(2π125t + π/3) + 18 cos…

A: v(t) = 12 cos(2π125t + π/3) + 18 cos (2π85t)

Q: A motor with an input of 1000 watts deliver an output of 1 horsepower. If the copper losses are 134…

A: Given, A motor with input=1000W Output=1hp We know that 1HP=746W Therefore, Total Losses=Input…

Q: Design an 8-bit magnitude comparator using 4-bit comparators and other gates.

A: Here, We have to design an 8-bit magnitude comparator using 4-bit comparators and other gates.

Q: Design a 4-bit counter with one external input using T flip flop based on the following sequence:…

A: In T flip flop, "T" defines "Toggle". Now, this flip-flop work as a Toggle switch. The next output…

Q: A long vertical wire le partially placed in a uniform magnetic field B-53 mT. The B-field is…

A: Given: I=3.7L=71θ=360

Q: Same question, but I = 4A, L = 38mH, Vr(0) = 14V, Vr(1ms) = 1 Volts The answer is R2 = 100 Ohms.…

A: here we have to find the value of R2 .

Q: Q2/a3-phase, 410V, 4-poles, 50Hz, star connected SM has Zs= 0.7+j5.892/phase. The motor takes a…

A:

Q: 4. What is the dominant TE mode and its resonant frequency in a hollow conduction cylindrical…

A:

Q: The sacrifice factor of the op-amp is equal to Select one: O a. Aol + Acl O b. 1+ Aol B O c. Aol -…

A: Sacrifice factor : It is defined as the ratio of open loop gain and closed loop gain it can be…

Q: A 220 V, 1.5 HP, 60 Hz, six pole, capacitor start induction motor has the following main- winding…

A: Given Data: A single-phase capacitor start induction motor with, Stator impedance, R1+jX1=1.2+j1.9…

Q: 1. EC9Q1 Non-identical Light bulbs A and B are connected in series to a 46-Volt energy source. The…

A: In a series circuit, when multiple components are connected one after the other, the total voltage…

Q: A 1000-kg elevator is distance of 400 m. W g=9.81 m/s². Select one: O-3.92 x 106 J O 3.92 x 106 J…

A:

Q: Consider the network shown in figure 12 245 V 20 302 -30 www 202 The Thevenin equivalent impedance…

A: It is given that:

Q: Q13. The graph represents the magnetic field at the center of a circular coil) as a function of the…

A: Step-1-> Ans(13)-> we have, μo=4π×10-7T.m/Aandi=1 AB=2×10-4

Q: These are the steps I did to get my answer: 1. Apply the Fourier transform to transform the circuit…

A: Given circuit is We need to determine the output Vo(t).

Q: Problem11. (a) Design a Lead-Lag Compensator whose general expression is given below for the…

A:

Q: Q1. Find the current through each resistor and voltage drop at each resistor for the networks in…

A:

Q: Example 13.1. A 2-wire d.c. distributor cable AB is 2 km long and supplies loads of 100A, 150A,200A…

A: It is given that: AB=2kmI1=100 AI2=150 AI3=200 AI4=50 AL1=500 mL2=1000 mL3=1600 mL4=2000 mVA=300 V

Q: Q5. Find the Laplace Transform of the following: (d) y(t) = 10+5t+ビームピ (e) y(t) = { 54 t ostal tzl

A:

Q: Q18. The current in a 150 µH inductor is known to be, i, (t) = 25te-500t A for t 20. Find the power…

A:

Q: Problem Solving A 3200/240-V, 60-Hz, 1-phase transformer is built on a core having an effective…

A: 1-phase transformer,             E1E2=3200 V240 Vf=50 HzA = 125 cm2N2= 80

Q: Given: At Sb = 50 kVA 10 KVA 2500 V G₁₂ Z=j0.2 pu 20 kVA 2500 V G₂ Z=j0.3 pu T₁ Transmission Line Z…

A: The circuit diagram is shown below, Where,Sb=50 kVA. “Since you have posted a question with…

Q: 60 V (+ 10 Ω 20 Ω Μ R Μ Μ 25 Ω 5Ω

A:

Q: if a solar thermal electric plant generates 100 X 10^6 watts (100 MWe) of electric power, how much…

A: Given: Solar thermal electric plant capacity = 100 X 10^6 watts (100 MWe) of electric power. Cost of…

Q: II. USING KIRCHOFFS VOLTAGE LAW (KVL), FIND THE REQUIRED VOLTAGE AND CURRENT BELOW. a. Find I and…

A: given circuit is                                    current  i = 0.25 A to find resistance R

Q: Problem 3 - For each of the seven devices in the circuit below, determine whether the device is a…

A: here we have identify which device is supplies power and which device is recipient and voltages.

Q: A feedback amplifier employing series-series feedback is shown in the figure below, where the…

A: A series-series feedback amplifier is a type of electronic amplifier configuration that uses…

Analog to Digital Converters

The analog-to-digital converter (ADC) allows circuits controlled by microprocessors, Arduinos, Raspberry Pi, and various reasonable digital circuits to be connected to the real world. In the real world, analog signals have a continuous stream of information from a variety of sources and sensors capable of measuring sound, light, temperature, or movement, in addition to the many digital systems that interact with their environment by measuring analog signals from those transducers.