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110_1_Lecture 15 Op Amp
Course: EE 110, Fall 2011School: UCLA
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UCLA - EE - 110
PSPICE TUTORIALPART I: INTRODUCTION AND DC ANALYSISfor the Orcad PSpice Release 9.2 Lite EditionINTRODUCTIONThe Simulation Program with Integrated Circuit Emphasis (SPICE) circuit simulation tool was first developed in the early 1970s. It was written
UCLA - EE - 110
PSPICE TutorialEE110 (Fall 2011)John Ongjohnong@ee.ucla.edu1DownloadBasicsExample2Download Link for free student download, ver 9.1:http:/www2.eng.cam.ac.uk/~dmh/ptialcd/spice/spice.htm A reference manual can be found here:http:/www.electronic
UCLA - EE - 110
PSPICE TutorialEE110 (Fall 2011)John Ongjohnong@ee.ucla.edu1DownloadBasicsExample2Download Link for free student download, ver 9.1:http:/www2.eng.cam.ac.uk/~dmh/ptialcd/spice/spice.htm A reference manual can be found here:http:/www.electronic
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 110
UCLA - EE - 113
Matlab Tutorial:1. Basics:1.) Scalar computation:d = 36*12 + 120;b=2^5;b+d2.) Matrices:A=[1,2,3; 4,5,6;7,8,9]A(1,1)A(3,4)A(2,1)=0Ainv(A)3.) Arrays:x=[1 2 3]y=[4; 5; 6]y(3)y(3)=0A*y4.) Element-wise operations:a=[1 2 3]b=[2 3 4]a.*b a.
UCLA - EE - 113
Please note that for the Final Exam, you may bring two 8.5x 11 in sheets of formulae but no phones, calculators, orany other electronic devices are allowed. Materials tostudy from: Chapters 1-6, 9-15, 17-18, and Sections 19.1and 19.2, my lecture notes
UCLA - EE - 113
Why Digital Signal Processing?Most signals are CT (e.g., speech andaudio). But: digital computers are fast (real time inmany apps), efficient, and flexible and Several techniques such as encryption(for security) and compression techniques(for reduc
UCLA - EE - 113
DISCRETE-TIMEPROCESSING AND FILTERINGAli H. SayedElectrical Engineering DepartmentUniversity of California at Los Angelesc 2008 All rights reserved.These notes are only distributed to the students enrolled in the EE113course in the Electrical Engin
UCLA - EE - 113
DISCRETE-TIMEPROCESSING AND FILTERINGAli H. SayedElectrical Engineering DepartmentUniversity of California at Los Angelesc 2008 All rights reserved.These notes are only distributed to the students enrolled in the EE113course in the Electrical Engin
UCLA - EE - 113
DISCRETE-TIMEPROCESSING AND FILTERINGAli H. SayedElectrical Engineering DepartmentUniversity of California at Los Angelesc 2008 All rights reserved.These notes are only distributed to the students enrolled in the EE113course in the Electrical Engin
UCLA - EE - 113
UCLA - EE - 113
UCLADepartment of Electrical EngineeringEE113: Digital Signal ProcessingFall 2011Instructor:Professor Abeer Alwan, email: alwan@ee.ucla.eduRoom 66-147G EIVTeaching Assistant:Mr. Sen Li, ls870825@gmail.comMr. Jianshu Chen, cjs09@ucla.eduLectures:
UCLA - EE - 113
EE113: Digital Signal ProcessingProf. Abeer AlwanTA: Jianshu Chen and Sen LiFall 2011October 13, 2011Solution to Quiz 11. Solution:(a) From sampling theory, we have x(n) = x(t)|t=nTs , where Ts is the sampling interval. Weknow that sampling rate i
UCLA - EE - 113
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 1Due: 10/4/2011Reading Assignment: Chapters 1 and 21. Are the following signals one or multi-dimensional? Are they continuoustime or discrete-time? If discrete-time, spec
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 2Due: 10/11/2011Reading Assignment: Chapters 3, 4, and 51. Problem 3.4. Write down the angular frequency and period for each sequence.2. Problem 3.8.3. Problem 3.11: on
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 3Due: 10/18/2011Reading Assignment: Chapters 5, 6, and 91. Problem 5.1 (parts a, b).2. Problem 5.8.3. Problem 5.9, parts (a), (b), and (c).4. Problem 5.14.5. Problem
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 4Due: 10/25/2011Reading Assignment: Chapters 9-121. Problem 9.1.2. For each of the following sequences, nd the z-transform and sketch thepole-zero pattern. Include an i
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 5Due: 11/8/2011Reading Assignment: Chapters 12 and 13, and 14. The second quizwill be on Thursday, 11/17 covering HMWK 5 and 6.1. Problem 12.1.2. Problem 12.11.3. Prob
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 6Due: 11/15/2011Reading Assignment: Chapters 13 and 141. Problem 13.13 part (a) only.2. Problem 13.15 part (a) only.3. Problem 13.27.4. Problem 13.35.5. Problem 14.9
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 7Due: 11/22/2011Reading Assignment: Chapters 15, 17, and 181. Problem 15.3.2. Problem 15.7 all parts EXCEPT part (c).3. Problem 15.11 parts (a-d).4. Problem 15.14.5.
UCLA - EE - 113
UCLADept. of Electrical EngineeringEE113: Digital Signal ProcessingProblem Set 8Due: 12/01/2011Please note that for the Final Exam on Wed. 12/7, you may bring two8.5 x 11 in sheets of formulae but no phones, calculators, or electronicdevices are al
UCLA - EE - 113
EE113: Digital Signal ProcessingProf. Abeer AlwanTA: Jianshu Chen, and Sen LiFall 2011October 4, 2011Solution to HW 11. Solution:(a) The signal of each closing stock price is a one-dimensional discrete-time signal. This isbecause the signal only t
UCLA - EE - 113
EE113: Digital Signal ProcessingProf. Abeer AlwanTA: Jianshu Chen, and Sen LiFall 2011October 11, 2011Solution to HW 21. (Problem 3.4)Solution:2k= 6k = N1 = 61 = , N1 =322kx2 (n) = ej 6 n , 2 = , N2 == 12k = N2 = 12625122k5= k = N3 =
UCLA - EE - 113
Fall 2011October 18, 2011EE113: Digital Signal ProcessingProf. Abeer AlwanTA: Jianshu Chen, and Sen LiSolution to HW 31. (Problem 5.1(part a,b)Solution:1(a) The system y (n) = 3 y (n 1) + x(n 1) is relaxed, which implies that for input x(n) = (n
UCLA - EE - 113
Fall 2011October 25, 2011EE113: Digital Signal ProcessingProf. Abeer AlwanTA: Jianshu Chen, and Sen LiSolution to HW 41. (Problem 9.1)Solution:For x(n) = u(n + 3) u(n 3), the ROC of x(n) is+X (z ) =(u(n + 3) u(n 3)z nn=32= z + z + z + 1 + z
UCLA - EE - 113
Sl i t H 5o tno WuoPo l 3rbemPo l 41.rbe ( 4m3)Po l 5rbemPo l 6rbemPo l 7rbem8. (Problem 13.26 (a)Solution:The the formula of inverse DTFT, we havex(n) ==1212X (ej )ejn d /2/4/43/4ejn d + 2ejn d /2/2ejn d 2/23/411
UCLA - EE - 113
.6.8. (Computer Project: Touch Tone Telephone)Solution:(a) The PSD of digit 0 has peaks at 950 Hz and 1336 Hz. Therefore, the unknown frequencyat the bottom of the rst column is about 950 Hz. Furthermore, the PSD for digit 3 haspeaks at 1500 Hz and
UCLA - EE - 113
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 1Wednesday, September 28, 2011and Friday, September 30, 2011Reading: Chapter 2 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Venn diagram. Problem 2.13, page 82 of ALG
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 1Wednesday, September 28, 2011and Friday, September 30, 2011Reading: Chapter 2 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Venn diagram. Problem 2.13, page 82 of ALG
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 2Wednesday, October 5, 2011and Friday, October 7, 2011Reading: Chapter 2 of Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: Conditional probability Partitio
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 2Wednesday, October 5, 2011and Friday, October 7, 2011Reading: Chapter 2 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Conditional Probability. Problem 2.73, page 88 of
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 2Wednesday, October 5, 2011and Friday, October 7, 2011Reading: Chapter 2 of Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: Conditional probability Partitio
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 3Wednesday, October 12, 2011and Friday, October 14, 2011Reading: Chapters 3 and 4 of Probability, Statistics, and Random Processes by A.Leon-GarciaConcepts covered: What is a random variabl
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 3Wednesday, October 12, 2011and Friday, October 14, 2011Reading: Chapters 3 and 4 of Probability, Statistics, and Random Processes by A.Leon-GarciaConcepts covered: What is a random variabl
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 4Wednesday, October 19, 2011and Friday, October 21, 2011Reading: Chapter 4 of Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: CDF and PDF Examples of import
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 4Wednesday, October 19, 2011and Friday, October 21, 2011Reading: Chapters 4 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Cdf and pdf and functions. Problem 4.13, page
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 5Wednesday, October 26, 2011and Friday, October 28, 2011Reading: Chapters 4 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Max of iid. uniform. Problem 4.174, page 231 o
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 5Wednesday, October 26, 2011and Friday, October 28, 2011Reading: Chapters 4 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Max of iid. uniform. Problem 4.174, page 231 o
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 6Wednesday, November 2, 2011and Friday, November 4, 2011Reading: Chapters 4 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Characteristic function of Gaussian. Problem 4
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 6Wednesday, November 2, 2011and Friday, November 4, 2011Reading: Chapter 4 of Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: Characteristic function X ( ) =
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 7Wednesday, November 09, 2011and Friday, November 11, 2011Reading: Chapters 5 of Probability, Statistics, and Random Processes by A. Leon-Garcia1. Coin tossing and two RVs. Problem 5.1, page
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 7Wednesday, November 9, 2011and Friday, November 11, 2011Reading: Chapters 5 of Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: Two random variables: joint c
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 8Wednesday, November 16, 2011and Friday, November 18, 2011Reading: Chapter 5 Probability, Statistics, and Random Processes by A. Leon-Garcia Review of MATLAB commands and functions Condition
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 8Wednesday, November 16, 2011and Friday, November 18, 2011Reading: Chapter 5 Probability, Statistics, and Random Processes by A. Leon-Garcia Review of MATLAB commands and functions Condition
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekDiscussion Set 9Wednesday, November 23, 2011No Friday Section (holiday)Reading: Chapter 5 Probability, Statistics, and Random Processes by A. Leon-GarciaConcepts covered: Conditional probability and condit
UCLA - EE - 132A
UCLA - EE - 132A
UCLA - EE - 132A
EE 131A, Fall 2011ProbabilityInstructor: Lara DolecekFinal Study GuideReading: Chapters 2.1-2.6, 3.1-3.5, and 4.1-4.7,5.1-5.10, 7.1-7.3, 8.4-8.5, 8.7 of Probability,Statistics, and Random Processes by A. Leon-GarciaYou should be able to do the follo
UCLA - EE - 132A
EE 131 AProbabilityInstructor: Lara DolecekHandout 1Course Information Sheet9/26/2011EE 131A Course Information SheetCourse Web Site: https:/eeweb.ee.ucla.edu/classinfo.php?/ee131A/1/fall/11Time & Place for Lecture: 2-3.50 pm M-W, 169 HumanitiesT
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekMATLAB projectWednesday, November 9, 2011Due: Wednesday, November 30, 2011Reading: Chapters 2 through 8 of Probability, Statistics, and Random Processes by A.Leon-Garcia100 points totalIn this project we
UCLA - EE - 132A
EE 131AProbabilityInstructor: Lara DolecekFall 2010 MidtermWednesday, October 27, 2010Maximum score is 100 points. You have 110 minutesto complete the exam. Please show your work.Good luck!Your Name:Your ID Number:Name of person on your left:Na
UCLA - EE - 132A