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Develop a digital filter that mimics the action of the RL filter shown in Figure. Determine expressions for the coefficients in terms of the time constant and sampling interval T. (Hint: If your circuit equation contains an integral, differentiate with respect to time to obtain a pure differential equation.)
b. Given R = 10 Ω and L = 200mH, sketch the step response of the circuit to scale.
c. Use MATLAB to determine and plot the step response of the digital filter for several time constants. Use the time constant of part (b) and fs = 500Hz. Compare the results of parts (b) and (c).
Two point charges of equal magnitude q are positioned at z= +/- d/2. (A) Find the electic field everywhere on the z axis. (B) Find the electic field everywhere on the x axis. (C) Repat steps A and B if the charge at z= +/- d/2 is -q instead of +q
The starter motor on a car draws 75-A starting current, which lowers the batery voltage from 12.6 to 9.1 V. What would be the battery voltage if it were being charged at 30 A.
Your boss asks you to contruct a temperature sensorfor measuring the ambient temp outside (-30degreee celcius
Design a 4-bit down counter with truncated sequence that count down a truncated sequence from 1111 to 0101. On reachingthe count value 0101, the counter must preset to 1111. Also draw its timing diagram.
A Rankine cycle power plant steam enters the turbine at 100psia and 800deg F.. Heat is rejected in the condeser at 80deg F. Isentropic sxpansion and compression occurs in the turbine and pump respectivel
Let x[k] be a time-domain sequence and X[r] be its DFT. (When written as vectors, unless stated otherwise, always assume the first entry in the vector is at k=0 or r=0, respectively.) If x[k] = [5, 9, 6, 10]
1. Calculate the mid-band gain-numeric and dB. 2. Calculate the three low frequency corners.3. Sketch the gain vs. frequency response a la Bode including asymptotes and approximate curve with all critical points defined in f and dB.
A sample of radiocactive material undergoes decay such that the number of atoms N(t) remaining in the unstable state at time t is related to the number No at t = 0 by the relation N(t) = No exp(t\tau)
Write the formula for the magnetization volume current density J M and magnetization surface current density JMS in terms of magnetization vector M. 4. A sphere has permanent magnetization where is a positive constant.
Strategy. Your project should substantively display the effective application of course concepts to create an integrated, synthesized communications approach, incorporating detailed analysis and samples..
What is Average value in AC circuit?
1) Draw the schematic for a circuit that will function as indicated by the Boolean expression: X=A'+B'+C' 2) Why are the IC's used in this lab called SSI? What other terms are used for ICs?
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