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A digital radio data receiver has a noisy input signal, but thesignal is correct the majority of the time. The signal issampled 3 times per bit and if there are more ones than zeros, wewant to treat it as a one input. Design a Mealy state machinethat is a *majority vote* detector that indicates when the majorityof the last three samples received are ones. When at least 2out of the last 3 inputs received are ones, it will output a1. See the example input and output example sequence yourdesign must generate here:Clock: 0 1 2 3 4 5 6 7 8 9 A B C D E FIn: 0 0 1 1 1 0 0 1 0 1 0 1 1 0 0 0Out: x x 0 1 1 1 0 0 0 1 0 1 1 1 0 0When the first three bits (001 above) are received, atclock time 2 the output is 0, but when the next bit isreceived (011 above) at clock time 3, the output is 1,because two of the three inputs are one (011above).
1) Implement the sequence detector Mealy state machine described inRoth on p 4312) Implement the sequence detector Mealy state machine
The plant contains six 288MW generators. Given the overall facility efficiency is 76%, and the plant is capable of full output for a duration of 5 hours, determine the potential energy of upper reservoir and the minimum amount of water in gallons ..
A temperature sensor covers a range of 0 to 70 degrees C with an output sensitivity of 2 mV/degree C. The sensor is input to an ADC with voltage range of 0 to 4V. What is the value of the feedback resistor required for an inverting amplifier circu..
Compute the power levels of the 2nd, 3rd, and 4th harmonics relative to the fundamental output signal for the Class C amplifier. compute the Fourier coefficients for the harmonics of the clipped sinusoid that results from the partial conduction an..
If the circuit is driving a100Ω load with a signal generator that has an output impedance of50Ω and an open-circuit output voltage of0.5sin(500t+30o),determine the steady state output voltage.
A pn junction diode has Vd= 690 mv, C=6pF, Id= 500 microamps, Vt=.0259 V. It also has C=4pF when Id= 100 microamps. Derive the complete high-frequency model when Vd=610mV.
Modify the SIR analysis of first tier to include a second tier of interferers and compare the resulting SIR with the one derived for N = 7. Consider all 12 second tier interferers, 6 at distance 2D and 6 at distance √3D.
Consider the stable system represented by the differential equation: dx(t)/dt + 3x(t) = u(t) Determine the phase lag for this system if the input u(t) = sin3t.
Describe the characteristics of the series RC filter circuit with the output across the resistive component. Distinguish the pass and stop bands with reference to the cutoff frequency. Also, state what happens to the circuit complex impedance at t..
A 1.4 mF capacitor has initial voltage of 19 V.The energy stored in the capacitor is used to light up a 0.5 KOhm lamp.Assuming that the lamp is completely dimmed when the current through it is less than 0.4 mA, for how long can the capacitor susta..
The transmitting fiber has a core diameter of 80µm and the receiving fiber has a core diameter of 110µm. The transmitting fiber has n1=1.46 n2=1.40 and the receiving fiber has n1=1.48 and n2=1.46. Will this joint meet the loss restrictions
A constant current of 10 mA charges a capacitance of 50 µF that was initially charged to 22 V. How much time goes by before the capacitor's stored energy reaches 590 mJ
An office building of 20,000 ft2 would then take 40,000 watts of lighting at 2 watts /ft2. which amounted to 667 - 60 watt light bulbs or about the same two-bulb fluorescent fixtures. Resize the lighting system (W) assuming a lighting level.
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