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Q.1. Design a parameterized circuit that have two N-bit un-signed inputs A and B. The N-bit output Y = |A - B|. Test your circuit with 3 sets of inputs; one with A>B, another with A=B, and another with A
Q.2. Use the above module in another module that calculates an 2N-bit output C;C = |A2 - B2| = (A+B) * |A - B|Instantiate a copy of the module in Q.1. to calculate |A - B| and test this module with the same sets of inputs as in Q.1.
To instantiate a module within another module: Module_name instance_name #(parameter1 value, parameter 2 value, ...) (port1, port2, ...) ;
Calculate the short-circuit current in the feeder and the voltage of the 400 V busbars when a symmetrical three-phase fault occurs at the far end of the feeder. That fault level of the 11 kV system is 100 MVA.
Find a multiple output AND-OR gate circuit to realize the following function. You should be able to implement this in 6 gates total. Show your Karnaugh maps. F= ac + ad + b'd
Identify the bus types and the unknown variables of the power flow problem. Write the complete set of equations needed to solve the load flow problem.
Discuss the sequence of actions that occur in the operation of the control system for a traffic light that includes sensors in the roadbed. Indicate which actions are time-driven and which actions are event-driven.
An LC circuit consists of a capacitor, C = 3.16 ?F, and an inductor, L = 5.80 mH. The capacitor is fully charged using a battery and then connected to the inductor. An oscilloscope is used to measure the frequency of the oscillations in the circui..
Consider a square house 40 ft on a side, 10 ft high, with a flat roof on top and walls/roof that is 8 inches thick. The thermal conductivity for an un-insulated wall or roof is 1.6 W/Km, while with fiberglass insulation its 0.04 W/Km.
Power factor correction, Three parallel impedances in rectangular form as follows
The fourier transform of the triangular pulse x(t) is expressed as: X(w) = 1/w^2(e^jw - jwe^jw - 1) Use this information, and the time-shifting and time-scaling properties to find the fourier transform of the signal: y = x, -1
A current source i(t) is connected to a 50 ohm resistor. Find the average power delivered to the resistor, given that i(t)is: a) 5 cos 50t A b) 5cos(50t-45 degrees A c) 5 cos 50t-2cos(50t-.873) A d) 5 cos 50t-2 A
Design and implement a sequential circuit for even parity check using T flip-flops. A binary code is received bit by bit in serial. The circuit output is 0 when the number of 1s in binary code is even; otherwise, output is 1.
(a) Using superposition, determine the voltage labeled vx in the circuit represented. (b) To what value should the 2 A source be changed to reduce vx by 10% (c) Verify your answers by performing three dc sweeps in PSpice.
Let x[n] be a signal and let y[n]=Σx[m], where m is from -∞ to n. If Y(jΩ) =cos2Ω, x[n] consists of exactly four impulses. What are their numerical strength and locations
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