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Question: Design the main dimensions ,stator and rotor of a 75 kW,3000V,3 phase,8 pole,50 Hz, star connected slip ring induction motor . Assume an efficiency of 85 percent and p.f. as 0.84.
Calculate a value for RC1 to achieve a mid-band voltage gain of approximately -10. Determine the bias conditions for the transistor (i.e. collector voltage, base voltage, emitter voltage, collector current and emitter current)
Design a digital thermometer system that can compensate for errors in the temperature sensing device's output T, which is an 8-bit input to the system. The compensation amount can be positive only and comes to the system as a 3-bit binary number
part-1q1 illustrate the radio frequency system of an amplitude modulated transmitter using block diagram. explain the
an electron experiences a magnetic force with a magnitude of 4.40times10-15 n when moving at an angle of 56.0circ
The concern is not just for the time-to-cool, but also for the maximum temperature difference within the plate. If this temperature difference is too large, the plate can experience significant warping.
R1=1k ohms, R2=1.5k ohms and R3=3k ohms. Assume an ideal opAmp. Indicate the PEAK current in each of the resistors.
A ball is thrown vertically upward, which is the positive direction. A little later it returns to its point of release. The ball is in the air for a total time of 8.06 s. What is its initial velocity
If the overall impulse response of a data communication system is araised cosine pulse with 100% excess bandwidth (i.e. roll-offfactor of 1), then find the height and the width of the eye pattern.
Assuming an ideal op-amp,- design the circuit such that the load current is Io = 5 mA for an input current of Is = 60μA.
Create two adjacent channels, which are also OQPSK transmitters limited to the main lobe. Place the adjacent channels as close as possible to the desired channel, without allowing the spectra to overlap.
Source configurations can be combined to increase operating and maintenance flexibility. Sketch a hybrid primary-secondary selective system. Describe how the system would operate in the event of a. loss of one of the sources.
Explain what voltage regulation is and how it is achieved. Also, describe a specific application of a voltage regulator.
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