Let x[n] = e³, for n = 0,1,...,5 and x[n] = 0 otherwise.(a) Find the length N of the signal x[n].(b) Using the DFT formula, find the DFT X[k], k = 0,1,..., N-1. Hint: use theimportant geometric sum from Lecture 17.(c) From X[k] in Part (b), find x[n] using the inverse DFT formula.

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Answered: Let x[n] = e³, for n = 0,1,...,5 and…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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4. Convert the block diagram in problem #3 to signal-flow diagram and use Mason's rule to find the transfer function, EJE:
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Problem 3: Design a buck-boost converter to meet the following specifications. Assume that the ESR of the 40x106 capacitor in the available type is given by ESR = 2, where C is the capacitance in C Farads (this information is given so that the students do not have to refer to a capacitor datasheet to complete this design; for example, if you need to limit the ESR to be less than 0.12, based on the design equations given in the notes, then C should be more than 400 uF for this type of capacitors). Vin = 10V - 14Vdc; Vo = 12Vdc; I, max = 5A; Io_min = 1A fs = 100kHz; AV, < 100mV (pk – pk)
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1) Fast help needed to answer this Engineeing question. Check image. Postive feedback for right answer :)
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Let x[n] = e³, for n = 0,1,...,5 and x[n] = 0 otherwise. (a) Find the length N of the signal x[n]. (b) Using the DFT formula, find the DFT X[k], k = 0,1,..., N-1. Hint: use the important geometric sum from Lecture 17. (c) From X[k] in Part (b), find x[n] using the inverse DFT formula.