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You have been assigned to select a transformer to supply a peak power of 100 kW to a load that draws peak power only a very small percentage of the time and draws very little power the rest of the time. Two transformers, A and B, are both suitable. While both transformers have the same efficiency at peak load, most of the loss in A is due to core loss, and most of the loss in B is due to the resistances of the coils. From the standpoint of operating costs, which transformer is better? Why?
can you solve the attached and submitt the solution after 2hours .. ltbrgt ltbrgtthe deadline after 2 hours from
A delta connected load consists of three identical impedances Z=45 at 60 degrees per phase. It is connected to a three phase, 208-V source by a three phase feeder with conductor impedance Zfeeder=(1.2+j1.6) Ohms per phase.
Draw the sequence networks for this power system and draw the sequence networks with connections resulting from this fault and solve for the fault current.
how tall must the antennas be if the link operates on a frequency of 1450mhz d17miles d211miles and the obstruction is
An AC voltage of 240 volts with frequency of 60 Hz is applied to 0.5-H inductor. Assuming that the inductor was pure of ideal (no resistance; inductive reactance only), how much current would flow through it
a network has a 5-muF capacitence in series with the parallel combination of a 12 mu-F capacitence and an 8mu-F capacitence. Sketch the circuit diagram and determine the equivalent capacitence of the combination.
electronic technology in relationship to the use of personnel and access control, surveillance, and identification of authorized personnel.
What do you envision as the future of this device?
Does the carrier frequency of a system have an impact on small scale fading and shadowing. when moving over a distance x,will variations in received signal power be greater for low frequencies or high freq and why.
A DC notor is to be driven with a 20 kHz signal. Using the HCS12 PWM function, develop the c code to drive the motor at approximately 60% of its full drive level. The e clock is 24 MHz. Use channel 0.
Calculate the line-to-ground fault current flowing in each of the CBs for faults at each of the buses. Determine the corresponding faulted phase voltage, assuming that the generator is ideal, with a terminal voltage of 1.0 pu.
Explain briefly why XL limits the amount of alternating current. Explain why XL increases with higher frequencies and more inductance. How might you use this fact in an application.
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