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We wish to design a discrete-time ideal bandpass filter that has a passband π/4 ≤ ω ≤ π/2 by applying impulse invariance to an ideal continuous-time bandpass filter with passband 2π(300) ≤ Ω ≤ 2π(600). Specify a choice for T that will produce the desired filter. Is your choice of T unique?
To obtain this energy, you build a large nuclear reactor that can supply one gigawatt of electric power. How many years will it take to generate that energy
Develop a logic circuit whose output is high when the input has had three consecutive ones to the input. Overlapping threes are allowed. (e.g., x=011110110 then the output z=000110000 assuming starting state was 0).
Why Coaxial Cables are Highly Insulated? include also the Application of Coaxial Cables .
1. Draw a correctly labeled aggregate demand and aggregate supply graph and show each of the following:The long-run aggregate supply curve
Light Traveling an optical fiber (n=1.44) reaches the end of the fiber and exists into air. Answer the following questions: a. if the angle of incidence on the end of the fiber is 25 degress, what is the angle of refraction outside the fiber
A balanced 3-phase load takes 5.4 kW at 0.6 lagging power factor. If this load is connected through lines having 2 ohms resistance and 2ohms inductive reactance. Find the line voltage at the source. The line voltage at the load is 208 volts.
A certain amplifier has an open-loop gain in the midrange of 180000 and an open loop critical frequency of 15000 Hz. If the attenuation of the feedback gain is .015, what is the closed-loop bandwidth. solve?
Given a BCD decade counter with only the Q outputs available, show what decoding logic is required to decode each of the following states and how it should be connected to the counter . A HIGH output indication is required for each decoded state .
Suppose a third identical sphere 3 having an insulating handle and initially uncharged, is touched first sphere 1 and then sphere 2 and finally removed back. Find the force between sphere 1 and sphere 2 now.
Explain what happens during the start-up period
GivenG(A,B,C) =fm (2,3) + d(4,5,6,7) 1. find the Optimum SOP solution 2. What is the minimum number of gate that can be used to implement this function (d represents dont cares).
When the circuit is redrawn why does the capacitor move to be in parallel with the resistor when it is originally in series with the resistor
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