Questions
How do you Plot a Bode Phase Plot 1. how do you graph a pole 2....

How do you Plot a Bode Phase Plot

1. how do you graph a pole

2. How do you graph a zero

3.How do you graph a pole at origin(what does that mean)

4. How do you graph a zero at origin.

Please illustrate 1-4 on a graph. indicating which is which please

In: Electrical Engineering

How do you Plot a Bode Phase Plot 1. how do you graph a pole 2....

How do you Plot a Bode Phase Plot

1. how do you graph a pole

2. How do you graph a zero

3.How do you graph a pole at origin(what does that mean)

4. How do you graph a zero at origin.

Please illustrate 1-4 on a graph. indicating which is which please

In: Electrical Engineering

QUESTION 1 A) There are two input parameters which need to be manipulated when controlling a...

QUESTION 1

A) There are two input parameters which need to be manipulated when controlling a syn-
chronous generator. Name these and describe the output parameters each one controls when
the generator is i) stand alone, ii) connected to an in?nite bus.

B) Discuss the difference between forward and backwards synchronization as well as the dif?culties
which may occur with backwards synchronization.

In: Electrical Engineering

A three-phase asynchronous motor with squirrel cage rotor is available with: Voltage: 230/400 V Frequency: 50...

A three-phase asynchronous motor with squirrel cage rotor is available with:
Voltage: 230/400 V
Frequency: 50 Hz
Number of Poles: 10
In addition, the following parameters of the equivalent circuit are known:
R1 = 0.5  X1 = 3  R´2 = 0.8  X´2 = 3.5 
Mechanical losses are considered to be negligible and the parallel branch of the
equivalent circuit.
1. Draw the approximate equivalent circuit of the motor without the branch in parallel.
2. Indicates the connection mode of the motor stator when connected to a three-phase voltage network
Composed 400 V (i.e. 400 V line). Justify the answer.
3. What current will this motor draw at startup?
4. Considering that the slip at full load is 4%, calculate:
4.1. The absorbed current.
4.2. The developed mechanical power.
4.3. The useful torque.
4.4. The active power absorbed from the network.
4.5. Performance.
5. At what speed is the maximum torque obtained?
6. How much is the maximum torque worth?

In: Electrical Engineering

What does “breakdown” of a semiconductor junction mean? What are the two dominant mechanisms by which...

What does “breakdown” of a semiconductor junction mean? What are the two dominant mechanisms by which this happens?

In: Electrical Engineering

PLESE GIVE HOW DO YOU PREPARE FOR YOUR EXAMS? THIS INCLUDES HOW DO YOU CHEAT

PLESE GIVE HOW DO YOU PREPARE FOR YOUR EXAMS?

THIS INCLUDES HOW DO YOU CHEAT

In: Electrical Engineering

What are some education equity issues hispanics face in Electrical Engineering? Please give 5-7 Examples.

What are some education equity issues hispanics face in Electrical Engineering? Please give 5-7 Examples.

In: Electrical Engineering

discuss LADAR based automatic target recognition.

discuss LADAR based automatic target recognition.

In: Electrical Engineering

a) Write C code using a struct to hold student information: integer id integer number of...

a) Write C code using a struct to hold student information: integer id integer number of hours taken integer number of hours passed double gpa

b) create a variable of the type in #25 and initialize it with some data.

In: Electrical Engineering

Write a MATLAB program to demonstrate the Ziegler-Nichols method of PID loop tuning. Also in no...

Write a MATLAB program to demonstrate the Ziegler-Nichols method of PID loop tuning. Also in no more than one A4 page justify how your MATLAB code demonstrates the PID loop tuning procedure.

In: Electrical Engineering

Using Quartus to design a stopwatch that can display tenths of seconds, minutes, and hours, with...

Using Quartus to design a stopwatch that can display tenths of seconds, minutes, and hours, with the gaps between HEX displays splitting the time units (i.e. minutes on HEX[5..4], hours on HEX[7..6]). Have the stopwatch cycle through 3 states of a state machine with a pushbutton. The 3 states are counter-clear, counter-start, and counter-stop

In: Electrical Engineering

MATLAB’s conv() function produces an output that is longer than both the original impulse response and...

MATLAB’s conv() function produces an output that is longer than both the original impulse response and input signals. We will look more at this in the discrete-time signals and systems unit, but think about why this might be happening and how to deal with this when plotting your resultant output.

In: Electrical Engineering

how to establish an electric transport network to reduce the impact on the earth by harmful...

how to establish an electric transport network to reduce the impact on the earth by harmful emissions

In: Electrical Engineering

In Verilog, what are three ways of preventing latch inference in case statements?

In Verilog, what are three ways of preventing latch inference in case statements?

In: Electrical Engineering

In Verilog, what are three ways of preventing latch inference in case statements?

In Verilog, what are three ways of preventing latch inference in case statements?

In: Electrical Engineering