3. (20 marks) Design a circuit that takes the function v(t) from question 1 as an input and produces as output a single sinusoid curve with a period of T = 0.001s. To document your design, you must show a circuit diagram, explain your rationale for your system design, describe how you determined all of the system parameters, show Bode plots of your frequency response, show the input and output as a function of time, and explain the resulting amplitude of your output signal. 1. (5 marks) Derive the Fourier coefficients ao, an, and bn for the input voltage function 4 - |7|-|-(1)a v(t) = ;|t| 1 on the interval [, ] with a period of T = 0.001s. This triangle wave function is the input voltage source for the rest of the assignment. v(t) 1 0 M -1 -T -T/2 0 T/2 T time Figure 1: Triangle Wave Function

3. (20 marks) Design a circuit that takes the function v(t) from question 1 as an input and produces as output a single sinusoid curve with a period of T = 0.001s. To document your design, you must show a circuit diagram, explain your rationale for your system design, describe how you determined all of the system parameters, show Bode plots of your frequency response, show the input and output as a function of time, and explain the resulting amplitude of your output signal. 1. (5 marks) Derive the Fourier coefficients ao, an, and bn for the input voltage function 4 - |7|-|-(1)a v(t) = ;|t| 1 on the interval [, ] with a period of T = 0.001s. This triangle wave function is the input voltage source for the rest of the assignment. v(t) 1 0 M -1 -T -T/2 0 T/2 T time Figure 1: Triangle Wave Function

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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