Homework 2 with Solution
.pdf
School
University College Dublin**We aren't endorsed by this school
Course
EEEN 3016J
Subject
Electrical Engineering
Date
Dec 23, 2024
Pages
5
Uploaded by BrigadierSalmon4906
EEEN3016J - Electronic Circuits and Theory Homework 2 (Submit to Brightspace) Name: __________________________ UCD Student No.: _____________________Read the following carefully before proceeding: This cover sheet is to be attached to the front of your submission. There will be 3 homework sets (10 marks each), accounting 10% to your final grade. For questions involving calculation and derivation, steps that you take towards the final answer need to be provided, and writing down just the right answer will gain you no marks for that question. Your homework report should be submitted through the link on Brightspace by the specified deadline. Late submissions will NOTbe accepted. Please upload your homework report to Brightspace in PDF format, and name your PDF file as "First Name_Last Name_UCD ID". Do NOTuse any Chinese characters in your file name, as the Brightspace system may not handle them correctly. Declaration of Authorship: I declare that all material in this homework assessment is my own work. Plagiarism and copying are offences under the terms of the Student Code, and there are formal disciplinary procedures for dealing with instances of plagiarism, which may result in penalties being applied. Signed: __________________________ Date: _____________________________
EEEN3016J - Electronic Circuits and Theory Question 1(6 marks) (i) (2 marks) Find the inverse Laplace transforms of the following functions a) ()()()()sss ss1325b) 5124132sss(ii) (2 marks) If vs(t) = 2e-3tand v(0-) = 1 V, find v(t) for t 0. vCvs2R2R
EEEN3016J - Electronic Circuits and Theory (iii) (2 marks) All initial capacitor voltages are zero except v, which equals voat time 0. Find all capacitor voltages for t 0. vCCCRRE.u(t)
EEEN3016J - Electronic Circuits and Theory Question 2 (4 marks) (i) (2 marks) Calculate the voltage transfer function (network function) Vo(s)/Vi(s) for the following circuit: vivo11111 F0.5 F(ii) (2 marks) If vi(t) = u(t), find the zero-state response vo(t) for t 0.
EEEN3016J - Electronic Circuits and Theory Solution: Question 1(6 marks) (i) (2 marks) a) 5t1582t61103eefor t 0 b) sin3t)(5cos3te3222tfor t 0 (ii) (2 marks) 11 − 3𝑅𝐶𝑒ିଷ௧+3𝑅𝐶3𝑅𝐶 − 1𝑒ି௧/ோ(iii) (2 marks) Capacitor voltages for t 0, from left to right: t/RC213t/RC6132ooee)v(Ev3t/RCoe13vEt/RC213t/RC6131oee)v(EQuestion 2(4 marks) (i) (2 marks) 4322ss(ii) (2 marks) 2e-2t– 4e–t+ 2