Obtain ALL possible DT signals100.5X(z)+1-z-1+1- 1.5z-1+1- z-1+ 0.25z-21+z-1|

Answered: Obtain ALL possible DT signals 10 0.5…

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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A load of 200fF will be drived. For the follang calaulate the propagation delays fram the mput to the load. CAses tp = Ş tpo (1+ Cg, jel Cg, NH=CL, tpo= 5ps, 8 =1 Cg for minimum siged (1x) ìnvester is 1.5pF. イメ tp= 1 = tp- (1+)-? CL %3D 3X tp= ? = tp- (1+ Ca2 %3D
Calculate and plot on a drawing the force experienced by each of the electrical charges in the following configuration: with Q = 160000.10^-19 C and d = 5 cm. Please answer in typing format please ASAP for the like please clear the solution of above
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- 4 sns-1 1sng4 otherwise (-1 1- x, (n) = {In| - 3sns3 otherwise X2(n) = }+1 Let x, (n) and x,(n) defined above. Sketch the following signals. a) x,(2n) b) x, (n/2) c) x2(1 – n) d) x, (n – 2) + x,(n + 2) e) x1(n + 2). x2 (n– 2) f) x1 (n).x2(-2 - n) 2- Determine whether the following signals are periodic. If they are periodic find the fundamental period. a) x(n)=cos (un) b) x(n)=cos (rn). sin un) c) x{n)=(-1)n° d) x(n)=cos(2n) 3- Evaluate the convolution sums given below. a) y(n)=u(n) * u(n-3) b) y(n)=(1/2)".u(n-2) * u(n) c) y(n)=u(n) * E 8(n-2p) p-0 d) x(n)=26(n – 1) – 0.58(n – 2) d1) x(n) * h(n) h(n)=-8(n – 2) – 0.58(n – 1) + 3 8(n – 3) d2) x(-n) * h(n) 4- Determine the outputs and impulse responses described by the following difference equations with input and initial conditions as specified: a) y(n) -y(n-2)=x(n-1) y(-1)=1, y(-2)=0, x(n)=u(n) b) y(n) -y(n-1)- y(n-2)=x(n)+x(n-1) y(-1)=2, y(-2)=-1, x(n)=2"u(n)
4.4-8 Weaver's method for SSB-SC modulation requires two steps. Consider a message signal m(t) whose frequency response is M(f)= 1 j2лf [u(f+500)u(f +50)]+ [uf-50) – uf- 500)] Note that this message has a 100 Hz gap near 0 Hz. j2лf (a) Design an upper sideband SSB-SC modulator using a first-stage carrier frequency f₁ = 600 Hz by providing the block diagram and the required bandpass filter. (b) What is the guardband to center frequency ratio required for the bandpass filter in (a)? (c) Design another upper sideband SSB-SC modulator using a first-stage SSB-SC signal such that the final carrier frequency fc = 150 kHz. (d) What is the guardband to center frequency ratio required for the bandpass filter in (c)? (e) If you generate an upper sideband SSB-SC modulator directly by using a single-stage =900 kHz, what would be the required modulator such that the final carrier frequency fe guardband to center frequency ratio for the bandpass filter?
implement the following function F by using one 8-to-1 multiplexer F(A, B, С, D) - Zm(x, X+3, X+4, X+5, 13, 14, 15)
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Obtain ALL possible DT signals 10 0.5 z-1 X(z) 1+ z-1+= 1- z-1 + 1 – 1.5z-1 ' 1 –-1 + 0.25z-2