WK 2 CPSS316 Group Think Analysis

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Predictive maintenance is to be applied to an industrial conveying system.a) Discuss and illustrate the difference between reactive, preventative, and predictive maintenance.b)  Describe several of the techniques that could be used to develop a predictive maintenance system for the conveyor system. Consider some  of the  sensing techniques  that might be used and what parameters might be measured to detect component degradation.c)  If the predictive maintenance system described in b) detects that the conveyor system is vibrating abnormally, discuss what condition this could indicate and what maintenance might be required.

I want a solution in less than 30 minutes Often, the network is referred as an infinite bus when a change in input mechanical power or in field excitation to the unit does not cause an appreciable change in a. system frequency or terminal voltage b. Total production cost c. system frequency and terminal voltage d. system frequency alone

For answers in acronyms use all CAPITAL Letters. For short answer capitalized the first letter of each word/words unless indicated in the questions. For numeric value with unit, 1 space in between.

Q5. Predictive maintenance is to be applied to an industrial conveying system. a) Discuss and illustrate the difference between reactive, preventative, and predictive maintenance. b) Describe several of the techniques that could be used to develop a predictive maintenance system for the conveyor system. Consider some of the sensing techniques that might be used and what parameters might be measured to detect component degradation. c) If the predictive maintenance system described in b) detects that the conveyor system is vibrating abnormally, discuss what condition this could indicate and what maintenance might be required.

Total number of stages of computation required to find 32 point circular convolution using DFT method assuming that DFT is computed using DIT-FFT algorithm and also the length of the circular convolution is doubled is

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a) Buses are the conductive channels found in the circuitry of a microprocessor. This means that there is potential for current to flow among the various parts. Expertly classify these buses according to their function and describe how they interact with microprocessors.b) In a microprocessor, what is the distinction between data and instructions?

Q12. Which materials are used in manufacturing of LEDS? Q13. What are the applications of LEDS? Q14. What is the effect of value of filter capacitor on ripple voltage?

Discuss about the overall architecture and structure of a Distributed Control System. Inlcude References

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16. The average inside diameter of a sample of 2,000 washers produced by a machine is 0.550 inches with a standard deviation of 0.007 inches. These washers are manufactured with a maximum allowable tolerance in the diameter from 0.529 to 0.571 inches; otherwise, the washers are considered defective. Determine the number of defective washers produced by the machine, assuming that the diameters are normally distributed. (Round off your answer in whole number and without unit)

Conclusion 1. Describe the difference between standard deviation and population standard deviation? Describe a scenario in which you would use each by given an example in electrical measurement and instrumentation. 2. How do the statistics that you calculated using engineering and IT tools compare to the statistics that you calculated by hand? 3. Explain how modern engineering and IT is important in measurement and testing of electrical devices.

QUESTION 3 a) b) Briefly describe the following terms for a generic second order instrument response. i. time constant (T) ii. rise time (Tr) iii. settling time (Ts) iv. peak time (Tp) Indicate the following characteristics on the generic second order response given in Figure Q3(b). i. Rise Time ii. iii. iv. Settling Time Min Settling Time Max Settling Time V. Overshoot vi. Undershoot vii. Maximum peak viii. Peak Time Amplitude 4 3.5 3 2.5 1.5 1 0.5 0 0 5 Step Response 10 Time (seconds) Figure Q3(b) 15 20 25

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Consider only the GREEN sinusoidal waveform displayed on the CRO screen. The 'time/cm' switch is on 2 ms/cm and the 'volts/cm' switch is on 10 V/cm. Calculate for the GREEN waveform (a) the frequency, (b) the peak to peak voltage (c) the average voltage (d) the r.m.s voltage

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15) Group-A (a) Let 1 and 2 be unbiased estimators for the parameter 0. Is the estimator 03 = 0.2 0₁ + 0.8 0₂ an unbiased estimator, if yes, why, if not, why not? Explain your answer. (b) Suppose there are n individuals in a group each shooting once at the same target, where each individual can independently hit the target with the probability of 90%. Assuming the probability that at least one of them hits the target is 99.99%, determine the value of the integer n. Use a calculator to simplify your answer. (c) Noting that you do not need to explain your answer, state whether the following statement regarding the sample mean is true or false: "An increase in the number of samples or an increase in the confidence level can make the confidence interval narrower."

List the steps to solve nodal analysis problem.

Find the minimum size EMT raceway required to carry three (3) 500kcmil, three (3) 3/0AWG and two (2) #6 AWGconductors

Write the uses of PI Controller

Explain Probability method in Electrical Engineering.

Step-by-step An EM(electromechanical) system is to be designed using a microcontroller. Show necessary steps used in the process of designing.

A microprocessor's bus is a conductor path in the device's architecture. This indicates the possibility for a current to flow between the different components. Provide a clear categorization of these buses and an in-depth explanation of their usefulness in microprocessors. Where do data and instructions differ most significantly when discussing a microprocessor?

The fraction of defective integrated circuits produced in a photolithography process is being studied. A random sample of 300 circuits is tested, revealing 13 defectives. Calculate a 95% two-sided CI on the fraction of non-defective circuits produced by this particular tool.   Calculate a 90% upper confidence bound on the fraction of defective circuits.

10. Describe with one sentence what the shape functions in FEM are.