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A synchronous condenser is connected in parallel with the load described in Prob. 6. 12 to improve the overall power factor at the receiving end. The sending-end voltage is always adjusted so as to maintain the receiving-end voltage fixed at 220 kV. Using the power-circle diagram constructed for Prob. 6.12, determine the sending-end voltage and the reactive power supplied by the synchronous condenser when the overall power factor at the receiving end is (a) unity (b) 0.9 leading
Prob.6. 12
Prob. 6.12
A 60-Hz three-phase transmission line is 175 mi long. It has a total series
Use a K-Map to design a circuit that has two operations. In mode 1, it outputs the value of the 3-bit input multiplied by 3. In mode 2, it outputs the number of 1's in the 3-bit input. Design a circuit that implements this function.
find the maximum wavelength of photons that can generate carriers by being absorbed in the following semiconductors
Steel rods AB and BC each have a diameter of 5 mm. If the load of p= 2 kN is applied to the ring, and if ? = 60°, determine the following:
If an 8 kOhm load is connected to the terminals (a and b) of the unidentified linear circuit. Vab = 16 V. If a 2 kOhm load is connected to the terminals Vab = 8 V. Find Vab if a 20 kOhm load is connected to the terminals.
Design a current divider that will provide a 1/3-2/3 current splitting ratio. Use resistance in kilo ohm range. Redesign the current divider so that the resistors are less than 100 ohms but maintain the same 1/3-2/3 splitting ratio.
A standard D cell flashlight battery is connected to a load of 3 ohms. After 6 hr of intermittent use the load voltage drops from an initial 1.5 V to a final useful voltage of 0.9 V. (a) Calculate the internal resistance of the battery at the load ..
The shunt capacitance is 0.0112 m F per km. The receiving end load is 270 MVA with 0.8 power factor lagging at 325 kV. Use the medium line model to find the voltage and power at the sending end and the voltage regulation.
If we use a single mode fiber with 17 ps/nm/km dispersion for transmitting two different signals with two different wavelengths - 1550 and 1560 nm respectively -, what is the time delay between those two signals after 100 km?
BJT Circuit Configurations Compare the input and output impedance for each configuration. Compare the voltage gain and current gain for each configuration.
An uncharged capacitor and resistor are connected in series with a 12V source and switch. What is the voltage across the capacitor after the switch is closed and the capacitor is fully charged
A 3.3 uH inductor is connected to a current source. The current of the source is changing according to time as 8.6 * t A. What is the voltage drop across this inductor (UNIT:mV)
Which material would be the most appropriate for the target in the head of a linac based only on ability to produce brehmsstrahlung
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