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For the series magnetic circuit of given figure with two impressed sources of magnetic "pressure," determine the current I.
Each applied mmf establishes a flux pattern in the clockwise direction.
A current source of 12 cos 2000t A, a 200-ohm resistor, and a 0.2-H inductor are in parallel. Assume steady-state conditions exist. At t = 1 ms, find the power being absorbed by the (a) resistor; (b) inductor; (c) sinusoidal source.
An automobile manufacturer is concerned about a fault in thebraking mechanism of a particular model. The fault can, onrare occasions, cause a catastrophe at high speed. The distrubution of the number of cars per year that will experience
An op-amp is to be selected for an inverting amplifier to be used at dc and very low frequencies. A closed-loop nominal gain of -100 is desired. Specification indicate that the error due to finite open-loop gain cannot exceed 0.1dB.
A system is needed to measure flow, which continuously cycles between 20 and 30 gal/min with a period of 30 sec. The required output is a voltage varying from -2.5 to +2.5 V for the cycling flow range. The sensor to be used has a transfer function..
Given a buck-boost converter (with ideal components): 8 V. Vin 40 V.; Vo = 15 V. (regulated); C = 470 micro Farads; and fs = 20 KHz. (a) Determine minimum L to ensure CCM operating mode if Po 2 W.;
Find the increase in bandwidth required for transmission of a PCM signal that has been quantized to 64 levels if each pulse is allowed to take on the following number of levels: 2, 3, and y.
i am doing a simulation using matlab simulink and the circuit based on power electronic components is not working as
With an aid of a well labeled diagram show the representation of a ladder program and label it well.
Find the output voltage of an amplifier if the applied voltage is 20 mV and a dB gain of 22 dB is attained. a. Determine Vo at a frequency one octave above the critical frequency. b. Determine Vo at a frequency one decade below the critical frequency..
Develop a finite-state machine to implement the revised control sequence from Exercise 4.17. Show the transition and output functions both in tabular form and using a state transition diagram.
A 150 MVA, 24 kV, 123% three-phase synchronous generator operates with an induced voltage that is twice the rated line-to-neutral voltage. Calculate the three-phase steady-state short-circuit current at the generator terminals.
Write the (optimal) Boolean expression for each output bit.
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