Wireshark

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?

Electronic methods of communication have several benefits. Do you know of any cons associated with utilizing electronic communication? So, if they were, what were they?

For battery operated high voltage insect killer (i.e. bug zapper) used at home:(a) Summarize types of devices in terms of appearance, electrical parameters and other technical details.Do not give commercial brand name and model information.(b) Draw its block diagram.   (c) Draw circuit schematics and briefly explain its operation by your own words in one single slide.

Q1  (i) What is an LVDT and what is it used for? (ii) Describe the construction features of an LVDT.  Q2 (i) What is a strain gauge and what is it used for? (ii) What is the principle of operation of a strain gauge? (iii) Describe some applications of strain gauges.

Q) In measurement system, which of 1 point the following static characteristics are desirable? * Accuracy. Sensitivity. Resolution.

Explain RTD with necessary diagram and equations.

2. Describe what you understand by overcurrents and indicate the protection devices that can be used for this purpose. What do you know about selectivity and parity between protections? Justify your answer.

Analyze and specify the answer for the following. 1. Draw the internal design of a microcontroller and explain each block diagram. 2. What are the design considerations or appropriate criterion in choosing the right microcontroller for your project?

a) Buses are conductive routes in a microprocessor's circuitry. This means that there is potential for current to flow among the various parts. Expertly classify and explain the functions of these buses as they pertain to microprocessors.When talking about a microprocessor, b) what are the key distinctions between data and instructions?

Explain the construction and operation of CRO with diagram.(write by computer)

Don't need to explain, but please answer all the question. 1. The resistance strain gauge can measure plastic deformation. A) True B) False 2. In order to save cost, the resistance strain gauge can be reused. A) True B) False 3. In the quarter bridge, there is only one strain gauge which resistance value will change. A) True B) False 4. The shell of inertial acceleration sensor is fixed on the measured object. A) True B) False

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.

Task 3-b: If you have two instruments used to measure the temperature of two points inside the factory (point A and point B). The true temperature for point A is 25 C, while the true temperature for point B is 30. However, the measured values for the first instrument were 26 and 30, while for the second instrument, the measured values were 25 and 29. i) Define using your own words the sensitivity drift and bias drift, then explain how these types of error could affect the measured values of the sensors. ii) of these two instruments against different temperature values (between 0 – 100 C). Assume Analyze the accuracy and error for both instruments by calculating and plotting the response linear relationship between the input and output for these instruments. Based on your calculations, specify the type of drift that affects each sensor (sensitivity drift, bias drift, or both). iv) Which of these error types can be corrected using calibration?

· Explain the meaning of terms (Accuracy and Precision) and give example for an each?

DONT USE CHAT GPT PROVIDE VISUAL EXPLAINATION

Assume you are constructing a machine to automatically count copper pennies as they travel down a chute, and you are going to use an inductive proximity sensor has a specified range of 6 mm. In order to detect copper which has a derating factor of 0.3, what is its range of this sensor you would need for this job? (b) Let's say you found a senor in stock that has a sensing range of 15 mm. If you use this to sense the copper pennies, what is the distance that you would need to mount it near the chute so that the pennies will pass within that distance between the face of the sensor.

Q3: Consider a digital counter that counts 5 to 0 when the reset button is 0 and go back to 0 when the reset button is 1. draw the state diagram and state table for the digital control circuit of such a digital counter?

Ohm's law experiment, we calculated and measured using multitester the resistor,voltage and current. Our datas incluse theoretical and experimental. What do you think are the possible causes or sources of laboratory errors from the data? Do these errors make your data smaller or larger? Why?

Describe the requirements of a knowledge work system

hi Question is in the attachment below.

List two types of problems that could suitably be modeled by: a. Mathematical models. b. Simulation models. c. Physical models.

Create an Arduino program with the following condition. Print the states of the potentiometer and LED in the Serial monitor. A. Turns LED 1 on and LED 2 off when the pot is rotated between 25% and 50% B. Turns LED 1 off and LED 2 on when the pot is rotated between 50% and 75% C. Flashes LED 1 at 5Hz and turns, LED 2 off when the pot is rotated less than 25% D. Turns LED 1 off and flashes LED 2 at 5Hz when the pot is rotated more than 75%

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

Control System

I opened a broken Coin Pusher Arcade game to fix, and I saw a burned IC. Between Microprocessor and Microcontroller, what kind of IC do you think is that? And why?