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A. An open circuit test is conducted at the receiving end of a 500 kV, 60 Hz, three phase line, (Ir = 0), with the receiving end voltage maintained at 500 kV (line-to-line value). The sending end voltage is found to be 450 kV (line-to-line value) and leads the receiving end voltage by 1.3°. The sending end active power input to the line is 5.18 MW at 0.021-power factor leading. Find the line parameters A, B, and C.
B. Suppose that the load at the receiving end of the line of part A is 500 MVA at nominal voltage, and lagging power factor of 0.8 at rated voltage. Determine the sending end voltage, current, active and reactive power and power factor.
The pumps exhibit a surging effect with a period of 2.2 sec. What is the minimum sampling rate to ensure quality data. How much time can be spent processing each station's data. Data acquisition hardware and software take 200µ sec for a channel.
Design an NMOS pass transistor logic circuit to perform the given function. - Assume that both the variable and its complement are available as input signals.
Assume in a certain frequency range that the ratio of output amplitude to input amplitude is proportional to 1/ω2. What is the slope of the Bode plot in this frequency range, expressed in dB per decade?
An n-type piece of silicon with a length of .21um and a cross section area of .05x.05 um sustains a voltage difference of 1V. If the doping level is 10^17 cm^-3, Calculate total current flowing through the device at 300K
A three-phase 60-Hz line has flat horizontal spacing. The corductors have an outside diameter of 3.28cm with 12 m between capacitive. Determine the capacitive reactance to neutral in ohm-meters and the capacitive reactance of the line in ohms if i..
The equation y[n] - p y[n-1] = x[n] can be used to describe the value y[n] of a new investment by setting p = 1 + r/100 where r is the interest rate per period, expressed in percent.
if the DFTs are computed using a radix- 2 FFT algorithm. Use this formula to determine the minimum value of N for which the FFT method requires fewer real multiplications than the direct evaluation of the convolution sum
Inherent problems associated with high voltage direct current transsmision
What is the reluctance of a material that has a length of 0.07 m, a cross-sectional area of 0.014 m2, and a permeability of 4,500 u Wb/At × m?
Determine the reflection coefficients for the corresponding FIR lattice filter.
What are the test inputs we use to evaluate steady-state error (SSE). How many integrations in the forward path are needed (type of the system) to get zero SSE for each of these test inputs.
Write the mesh equations for the networks of given figure. - Determine the current through the resistor R.
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