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What is the RMS value of the uncertainty associated with a signal sampled by a 10-bit ADC having an RMS clock jitter of 100 ps. The ADC has a full-scale range of 5 V and Nyquist frequency of 1 MHz.
The charge entering the + terminal of an element is q(t) =-12e^-2t mC. if the power delivered to the element is p(t) =2.4e^-3t W. Compute the current in the element, the voltage acrossthe element and the energy delivered to the element in the time..
Write equations for a prefix computation that determines the second location in which the pattern 10 appears in an N-bit input string. For example, 010010 should return 010000.
Assuming that a 8-bit ADC channel accepts analog input ranging from 2.5 to 2.5 volts, determine the following:
Two 1-km fibers are spliced together. Each fiber has a 3-dB loss, and the splice adds 2 dB of loss. If the power entering is 2 mW, then how much power is delivered to the end of this combined transmission line
The signal to noise ratio at the receiver is required to be at least 17 dB. The average noise power at the receiver is 1 mW. The cable loss between the transmitter and the receiver is 2.5 dB/km
G is a material constant equal to 0.055 V-m/N for quartz in compressive stress and 0.22 V-m/N for polyvinyl lidene fluoride in axial stress.
Determine the hysteresis loss if the apparatus isconnected to a 60 Hz source whose voltage is such as to cause theflux density to be 62 percent of it's rated value. Assume that theSteinmetz exponent is 1.4.
A 34.3 kg child starting from rest slides down a water slide with a vertical height of 20.3 m. (a) What is the child's speed halfway down the slide's vertical distance (b) What is the child's speed three-quarters of the way down
Suppose that the number of customers entering a department store in a day is a random variable with mean of 50 customers/day. Suppose that the amounts of money spent by each one of these customers are statistically independent.
Consider the common-emitter amplifier shown in Figure. Draw the small signal equivalent circuit by assuming that the coupling capacitors are short circuits.
Suppose that the generator is delivering 100 MW and then, at t = 0, the line circuit breakers open. Calculate the shaft acceleration in rad/sec2.
Electrical Engineers work for the full time and to fulfil the requirement, they do overtime. Though the overtime for an Electrical Engineer is worthwhile and sometimes it is given with additional benefits.
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