Questions
what are the advantages of Linear versus buck-boost regulator.

what are the advantages of Linear versus buck-boost regulator.

In: Electrical Engineering

Find the data hazards in the following code segment lw $t1,0($t1) addi $t1,$t1,100 or $t2,$t3,$t1 add...

Find the data hazards in the following code segment

   lw $t1,0($t1) 
   addi $t1,$t1,100
   or $t2,$t3,$t1
   add $a0,$a1,$t2
   ori $a0,$a0,42
   add $t5,$a0,$t2
 

Reorder the following code segment to remove the data hazards. Assume that data forwarding takes place:

   lw  $t0,24($a0)
   sub $t4,$t4,$t0
   sub $t8,$t8,$t3
   add $t6,$t6,$t5
   mul $t7,$t7,$t1
 

What is the CPI for the reordered sequence of instructions in the preceding problem?

In: Electrical Engineering

WHAT ARE YOUR STRATEGIES TAKING EXAMS ESPECIALLY IT ENGINEERING? WHAT ARE THE IMPORTANT KEY THINGS YOU...

WHAT ARE YOUR STRATEGIES TAKING EXAMS ESPECIALLY IT ENGINEERING?

WHAT ARE THE IMPORTANT KEY THINGS YOU NEED TO KEEP IN MIND?

BOTH MULTIPLE CHOICE QUESTIONS AND SOLVING PROBLEMS?

WHAT ARE THE ONLINE PROGRAMS OR CLASSES THE DESCRIPTION FOR COMPTIA EXAMS? (FREE OR PAID PROGRAMS ARE FINE AS LONG AS IT CONSISTED WITH GOOD COURSE CONTENTS)

PLEASE GIVE SOME GOOD REFERENCES AND BOOKS TO LOOK INTO FOR THE EXAMS FOR COMPTIA SECURITY + EXAM

PLEASE ALSO RECOMMEND THE CERTIFICATION COURSES OR PREPARATION COURSES THAT CAN ACE THE EXAMS

THE CompTIA CySA+ (CompTIA IT Certifications) CONSISTS OF

- I.T FUNDEMENTALS EXAM

- A+ EXAM

- Network+ EXAM

- Security+ EXAM

, etc.

PLEASE GIVE THE BOOKS OR REFERENCES OR LINKS I COULD USE FOR THE GOOD REFERENCES FOR PREPARING AND STUDYING EXAMS

PLEASE GIVE AND SHARE YOUR THOUGHTS ON THE BEST REFERENCES FOR THE BEIGNNER WHO HAS LITTLE KNOWLEDGE ABOUT THE IT CONCEPTS AND RECOMMEND THE ONLINE PROGRAMS WHAT YOU WOULD THINK IT IS GOOD TO USE:

BOOKS (COOK BOOKS, EASILY UNDERSTANDABLE CONCEPTS, ETC)

I WANT SOME RECOMMENDATIONS OF THE REFERENCES THAT CONSISTS OF CONCEPTS EXPLAINED IN EASY STEPS AND PRACTICE PROBLEMS AND HELP PASSING THE EXAMs

PLEASE ANSWER THE QUESTION IF YOU KNOW YOU HAVE PRIOR KNOWLEDGE ON IT ENGINEERING OR SOMEWHAT CLOSE

In: Electrical Engineering

Create a 2nd order Butterworth 150 Hz frequency low pass filter. Please provide transfer function and...

Create a 2nd order Butterworth 150 Hz frequency low pass filter. Please provide transfer function and frequency response. Thank you

In: Electrical Engineering

In order to determine what level of PPE (Personal Protective Equipment) should be worn when working...

In order to determine what level of PPE (Personal Protective Equipment) should be worn when working on, or observing, Energized Electrical Equipment, what type of study would need to be completed in order to provide labels for the equipment that would contain hazard boundaries, PPE required, and level of incident energy?

In: Electrical Engineering

For a medium voltage, solid dielectric power cable, explain the general purpose and construction of the...

For a medium voltage, solid dielectric power cable, explain the general purpose and construction of the nonmetallic extruded insulation shield.

In: Electrical Engineering

1:            Is PID control used in Feed Forward or Feed Back control? 2:            Explain how Open...

1:            Is PID control used in Feed Forward or Feed Back control?

2:            Explain how Open Loop Tuning differs from Closed Loop Tuning.

In: Electrical Engineering

1.Explain the working principal of the generators? 2. How can we transfer the oil to the...

1.Explain the working principal of the generators?
2. How can we transfer the oil to the power plant?
3. How we produce the electricity in Saudi Arabia?
4. Why we need to increase the voltage level?

In: Electrical Engineering

6 A 5 GHz signal is to be propagated in the dominant mode TE10 in a...

6 A 5 GHz signal is to be propagated in the dominant mode TE10 in a rectangular waveguide. If its group velocity is to be 90% of that of light. As engineer suggest i. What must be the dimensions of the waveguide (assume the standard waveguide)? ii. What impedance will the waveguide present to this signal if it is correctly matched?

In: Electrical Engineering

Design a PLC ladder logic program to control a stop light. The program should have 3...

Design a PLC ladder logic program to control a stop light. The program should have 3 outputs: RED, YELLOW, and GREEN. The ladder logic should illuminate green for 60 seconds, then yellow for 10 seconds, then red for 60 seconds. The system should also have two sensor inputs: THROUGH_TRAFFIC and CROSS_TRAFFIC which detect when there is through traffic and cross traffic present. If through traffic is detected, and no cross traffic is detected, the system should maintain a green light even after the green has remained lit for 60 seconds.

In: Electrical Engineering

Consider a sequential circuit to control the washer: The circuit receives 3 input signals: Clock, DoorOpen,...

Consider a sequential circuit to control the washer:

The circuit receives 3 input signals: Clock, DoorOpen, and Start. It also maintains a state bit Wash.

If DoorOpen = 1, Wash should be set to 0.

Otherwise, if Start = 1, Wash should be set to 1 and if Start = 0, Wash should retain its value from previous cycle.

Make A truth table to compute the new value of Wash;

Make A circuit Diagram.

------------------------------------

How would the truth table look for this problem? I'm confused about how the state bit works with the table.

Here's my first attempt:

Clock Door Open Start Current Wash Next Wash
0 0 0 1 1
0 0 1 1 0
0 1 0 0 0
0 1 1 1 0
1 0 0 1 1
1 0 1 1 0
1 1 0 0 0
1 1 1 1 0

I don't know if this is right, let me know what is wrong with this.

In: Electrical Engineering

Assume that you have a clock signal with frequency of 50 Hz, and you want to...

Assume that you have a clock signal with frequency of 50 Hz, and you want to divide this signal into a frequency of 1 Hz signal. The counter chips you must use are synchronous decade (MOD 10) counter chips 74160 and synchronous MOD 16 counter chips 74161. Please use the back side of this paper to draw your circuit diagram with all the details.


You can use counter frequency division method to step down a higher frequency signal to a lower frequency signal. To divide a 50 Hz signal into a 1 Hz signal, you need to construct a counter with a total MOD 50 so that 50/50 = 1. To construct such a counter, you can use counter cascading method by cascading a MOD 10 counter such as 74160 with a MOD 5 counter so that the total MOD of the cascaded counter is 10x5 = 50. Since MOD 10 counter 74160 is a synchronous counter, you should truncate a synchronous counter such as a MOD 16 synchronous counter 74161 into a synchronous MOD 5 counter. You can use any additional logic gates in your counter truncation design.

In: Electrical Engineering

(TCO 2) Describe the “Examine If Closed” instruction and provide an example of a physical component...

(TCO 2) Describe the “Examine If Closed” instruction and provide an example of a physical component with a normal status that will make the instruction true.

In: Electrical Engineering

(TCO 2) Describe how PLCs detect whether a switch is open or closed.

(TCO 2) Describe how PLCs detect whether a switch is open or closed.

In: Electrical Engineering

The following given set of data shows a set of 15-minute kW demands for four customers...

The following given set of data shows a set of 15-minute kW demands for four customers over a 24-hour period. A 25kVA single-phase transformer serves all the customers.

(a) Find the maximum 15-minute demand for each customer and the average 15-minute demand for each customer

(b) Find the total kWh usage and the load factor for each customer.

(c) For the 25kVA transformer, compute the maximum 15-minute coincident demand, the maximum 15-minute non-coincident demand and the load diversity.

Time

Cust #1

Cust #2

Cust #3

Cust #4

kW

kW

kW

kW

0:15

0.56

3.16

2.4

1.28

0:30

0.52

4.48

3.04

1.76

0:45

0.48

4.48

3.36

1.12

1:00

4.24

4.68

2.56

2.4

1:15

0.48

4.12

2.56

0.64

1:30

0.48

3.04

2.4

1.28

1:45

0.56

2.56

2.08

2.4

2:00

0.48

2.96

2.08

0.96

2:15

0.48

2.4

2.24

0.96

2:30

0.56

0.4

1.6

1.92

2:45

0.44

0.56

1.6

1.28

3:00

0.52

0.72

0.96

2.08

3:15

0.52

0.4

0.64

1.76

3:30

0.48

0.6

0.48

1.92

3:45

0.52

0.48

1.12

0.48

4:00

0.48

0.12

0.96

2.24

4:15

0.48

0.52

0.32

1.12

4:30

0.52

0.6

0.64

1.76

4:45

0.52

0.2

1.92

0.8

5:00

0.44

0.32

2.24

1.6

5:15

0.52

0.6

1.76

2.08

5:30

0.84

0.36

2.24

0.32

5:45

4.44

0.2

2.24

2.08

6:00

0.68

0.56

1.44

1.28

6:15

0.56

0.48

1.6

1.76

6:30

0.56

0.16

1.28

0.64

6:45

0.56

0.52

0.8

1.76

7:00

0.52

1.68

2.72

1.92

7:15

0.48

0.96

1.28

0.32

7:30

0.72

1.2

1.44

2.08

7:45

1.48

1.44

1.28

1.12

8:00

2.12

1.04

2.88

2.4

8:15

0.88

1.04

2.56

0.8

8:30

2.44

1.4

2.08

2.24

8:45

0.88

1.08

1.44

2.16

9:00

1

1.08

1.92

1.44

9:15

0.92

2.52

1.28

1.44

9:30

5.2

2.76

0.96

1.92

9:45

1.04

2.24

0.64

1.12

10:00

6

4.88

0.32

0.8

10:15

11.52

2.28

1.6

2.56

10:30

11.44

6.2

3.04

0.96

10:45

4.2

7.04

4.64

0.96

11:00

10.16

3.8

3.68

1.92

11:15

4.52

3.36

3.68

1.28

11:30

9.04

2.08

3.04

1.76

11:45

12.68

6.2

3.2

0.8

12:00

8.36

6.48

3.8

2.24

12:15

8.8

3.92

4.96

1.92

12:30

2.64

4.04

4.32

1.92

12:45

9.6

2.04

2.72

1.48

13:00

5.12

4.84

1.6

5.52

13:15

3.68

5.08

2.24

3.52

13:30

10.4

3.48

2.56

3.52

13:45

4.88

2.52

2.24

0.8

14:00

5.96

2.28

2.88

1.44

14:15

9.48

2.84

4.16

2.24

14:30

2.28

1.8

4.16

0.8

14:45

7.64

1.56

4

1.44

15:00

7.4

1.8

3.36

1.76

15:15

1.76

1.76

4.16

1.44

15:30

9.64

1.88

4.16

2.24

15:45

5.08

4.08

3.2

0.16

16:00

5.8

5.84

2.56

2.08

16:15

10.16

5.32

2.56

1.92

16:30

5

3.64

3.04

1.12

16:45

5.92

4.16

8.64

1.6

17:00

8.8

4.96

11.04

1.44

17:15

2.12

3.16

7.04

1.6

17:30

9.48

7.08

7.68

2.4

17:45

7.16

5.08

6.08

0.8

18:00

6.04

3.12

4.32

1.12

18:15

9.88

6.56

5.12

2.24

18:30

4.68

6.88

6.56

1.12

18:45

5.12

3.84

8.48

2.24

19:00

10.44

4.44

4

1.12

19:15

3.72

8.52

3.68

0.96

19:30

8.72

4.52

0.32

2.56

19:45

10.84

2.92

3.04

1.28

20:00

6.96

2.08

2.72

1.92

20:15

6.6

1.48

3.2

1.12

20:30

7.04

2

4.16

1.76

20:45

6.6

1.89

4.96

2.72

21:00

1.88

1.64

4.32

2.4

21:15

9.88

1.72

4.64

1.76

21:30

3.56

2

7.2

1.44

21:45

4.28

1.84

4.96

1.44

22:00

6.36

1.6

3.68

2.4

22:15

2.2

1.84

3.2

0.8

22:30

9.08

2.04

3.52

1.12

22:45

2.4

2

3.2

2.56

23:00

3

1.84

3.36

1.12

23:15

3

2.72

2.56

1.44

23:30

0.48

1.44

2.4

1.6

23:45

0.48

0.32

3.2

1.12

24:00:00

0.56

0.44

3.04

2.56

In: Electrical Engineering