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Show how adding derivative action to the system of given Problem would change the composite Bode plot. Discuss the effect on stability of adding this action.
ProblemFigure shows the Bode plots of a process, proportional mode, and integral mode of an associated controller. Find the composite transfer function Bode plot and evaluate the stability.
The output of the transmitter is connected to a 50-? dummy load that has a calibrated average reading wattmeter. The wattmeter reads 6.9 kW. Find the PEP of the transmitter output.
3)what is its frequency content 4) The 1D rect function has a width of 1; i.e. has a non-zero value between +1/2 and -1/2. What is the width of the delta function 5) What is the area of the delta function
Assume a receiver is located 10 km from a 50 W transmitter. The carrier frequency is 6 GHz and free space propagation is assumed. Assume the unit gains for the system gains. Find: a) The power at the receiver
A single core cable for66kV three phase system has a conductor of 2 cm diameter and sheathof inside diameter of 5.3 cm. It is required to have twointer-sheaths so that stress varies between the same maximum and minimum values in the three layers o..
battery have a lifetime of 10 years, and is rated at 20 Ah (Ampere-hour) at 3.6V. Find the average power that the node can consume. Assume 100% battery and power delivery efficiency.
Determine the power produced at 2 PM on December 21st from a 10 square meters south facing solar array oriented at 45 degrees from horizontal and located in Atlanta , GA. Use nominal efficiency data for single crystal silicon solar cells.
In each of the following sets, the function have been minimized individually. Find a minimum two-level circuit (cooresponding to SOP expression) using AND and one OR gate per function for each. F = B'D' + CD' + AB'CG = BC + ACD ( 6 gates, 15 inputs..
A 120V, 60Hz AC induction motor is in parallel with a power factor correction capacitor. The capactior has a value of 50 micro Farads and produces a minimum line current of 2 ohms. Determine the running impedance of the motor in cartesian coordina..
A transformer has a primary voltage of 120 volts and a secondary voltage of 18 volts. The primary excitation current is 0.25 amp. The total primary current is 6.5 amperes. What is the secondary current?
For what energy can we use Boltzmann statistics? (Assume EF = 5 eV and E - EF = 4kBT.)
There are two 100μF capacitors. One is charged to an initial voltage of 50V and the other to an initial voltage of 100V. They are then placed in series with the positive terminal of the first connected to the negative terminal of the second.
Consider the mapping of the unit circle (i.e., z = 1ejω, -π ≤ ω
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