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### mt1sol

Course: EE 20N, Fall 2008
School: Berkeley
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Berkeley - EE - 20N
So, in this case, the filter is low-pass.
Berkeley - EE - 20N
\of Signals and Systems Department of Electncal Engmeering and Computer Sciences 7 December 2006 MIDTERM 4 U NIVERSITY OF CALIFORNIA BERKELEY,EECS 20N: Structure. and In~erpretationt-nTLrLAST NameI1f'of5VLOI.('fFIRST Name Lab Time
Berkeley - EE - 20N
Berkeley - EE - 20N
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEY HW 7.1 (a) x(t) = e-at u(t), a &gt; 0Problem Set 7 SOLUTIONSX() =- e-at u(t)e-jt dt e-a
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEY HW 1.1 z1 z2 (a)Problem Set 1 SOLUTIONS 2 1 3 1 3 1 2 i(arctan ) i 3 = e 6 = + i= ( ) +
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEYProblem Set 2 SOLUTIONSHW 2.1 (a) The number of bits in the image is 1024 768 16 = 12,
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEY HW 3.1 (F1 (x)(n) = x(-n) (a) cannot be memoryless;Problem Set 3 SOLUTIONS(b) cannot be
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEYProblem Set 4 SOLUTIONSHW 4.1 (1) (a) The system cannot be memoryless because same input
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Department of Electrical Engineering and Computer Sciences U NIVERSITY OF C ALIFORNIA B ERKELEYProblem Set 4 SOLUTIONSHW 4.1 (1) (a) The system cannot be memoryless because same input
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Problem Set 5 Department of EECS Issued: 10 November 2006 U NIVERSITY OF C ALIFORNIA B ERKELEY Due: 17 November 2006, 5pm HW5.1 Parseval's Identity for Periodic, Discrete-Time Signals: We
Berkeley - EE - 20N
EECS 20N: Structure and Interpretation of Signals and Systems Problem Set 6 Department of EECS Issued: 30 November 2006 U NIVERSITY OF C ALIFORNIA B ERKELEY Due: 5 December 2006, 5pm HW6.1 (Discrete-Time FIR Filter Frequency Response) In this problem
Berkeley - EE - 40
UC BERKELEYEECS 40, Spring 2007EECS 40, Spring 2007 Prof. Chang-Hasnain Midterm #1February 21, 2007 Total Time Allotted: 80 minutes Total Points: 100 1. This is a closed book exam. However, you are allowed to bring one page (8.5&quot; x 11&quot;), single-
Berkeley - EE - 40
Some useful equations for pn junctions at zero bias: Potentials: #N &amp; kT # N a &amp; &quot;p = ln% ( ) 60mV log10 % a ( q \$ ni ' \$ ni '&quot;n =#N &amp; kT # N d &amp; ln% ( ) 60mV log10 % d ( q \$ ni ' \$ ni '!kT # N a N d &amp; ln% ( q \$ ni2 ' Depletion region widths:
Berkeley - EE - 40
EE40/42/100 Practice MOSFET Problems (Problems 4 ~ 6 are for EE40 only, though EE42/100 students may want to try to find the Q-point for each of these questions) 1.VDD C A B Out A C BWhat logic function does this CMOS gate perform? (Draw a truth t
Berkeley - EE - 40
Solution to the practice problems 1.VDD C A B Out A C BOut = (AB+C)' 2. Draw a CMOS circuit for the function: Out = (AB)' +A'C Out = (AB)'VDD A B A Out B3.Analyze the flooolwing NMOS circuit. K = 1mA/V2 and Vto = 1V4 a) Small signal equivale
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Spring 2006 Prof. ChangHasnain Homework #1Due at 5 pm in 240 Cory on Wednesday, 1/24/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. You nee
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #2Due at 6 pm in 240 Cory on Wednesday, 1/31/06 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. Y
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Spring 2007 Prof. Chang-Hasnain Homework #3Due at 6 pm in 240 Cory on Wednesday, 2/7/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. You need
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #4Due at 6 pm in 240 Cory on Wednesday, 2/14/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. Y
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #5Due at 6 pm in 240 Cory on Wednesday, 2/28/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. Y
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #6Due at 6 pm in 240 Cory on Wednesday, 03/07/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #7Due at 6 pm in 240 Cory on Wednesday, 03/14/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #8Due at 6 pm in 240 Cory on Wednesday, 03/21/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #9Due at 6 pm in 240 Cory on Wednesday, 04/04/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Spring 2007 Prof. Chang-Hasnain Homework #10Due at 6 pm in 240 Cory on Wednesday, 04/18/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. You ne
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #11Due at 6 pm in 240 Cory on Wednesday, 04/25/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #12Due at 6 pm in 240 Cory on Wednesday, 05/02/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #1 SolutionDue at 6 pm in 240 Cory on Wednesday, 1/24/07 Total Points: 100 1. Hambley, P1.8 [11 points] (a) The graph of i(t) should look
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Spring 2007 Prof. Chang-Hasnain Homework #2 SolutionsDue at 6 pm in 240 Cory on Wednesday, 1/31/06 Total Points: 100 Put (1) your name and (2) discussion section number on your homework
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Spring 2007 Prof. Chang-Hasnain Homework #3Due at 6 pm in 240 Cory on Wednesday, 2/7/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. You need
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #4Due at 6 pm in 240 Cory on Wednesday, 2/14/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. Y
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #5Due at 6 pm in 240 Cory on Wednesday, 2/28/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework. Y
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #6Due at 6 pm in 240 Cory on Wednesday, 03/07/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #7Due at 6 pm in 240 Cory on Wednesday, 03/14/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #8Due at 6 pm in 240 Cory on Wednesday, 03/21/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homework.
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40/42/100, Spring 2007 Prof. Chang-Hasnain Homework #9 (Note: EE42/100 is out of 85 pts, EE40 is out of 100 pts)Due at 6 pm in 240 Cory on Wednesday, 04/04/07 Total Points: 100 Put (1) your
Berkeley - EE - 40
UNIVERSITY OF CALIFORNIA AT BERKELEYEECS DepartmentEECS 40, Fall 2006 Prof. Chang-Hasnain Homework #10 Solutions Due at 6 pm in 240 Cory on Wednesday, 04/18/07 Total Points: 100 Put (1) your name and (2) discussion section number on your homewor
Berkeley - EE - 40
HW11 Solutions 1. Because the doping concentration is much larger than the intrinsic carrier concentration, the electron concentration is equal to the doping concentration. n 0 = N d = 5 1015 cm -3- Eg kTN c NV e n = 1.18 1011 cm -3 n0 n0 Where
Berkeley - EE - 40
HW12 Solutions 1. (10 points) (a) In the saturation region, VDS VGS - Vt 0 = 2V In the triode region, VDS VGS - Vt 0 = 2V Also check VGS Vt 0 so it's not operated in the cutoff region (b) In the saturation region,i D = K (VGS - Vt 0 ) 2 = 0.5(VGS
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #12 Solutions Due Thursday, December 6, 2007 EE 105 Prof. Liu Fall 2007Problem 1. BJT Differential Pair a) Assuming R1 =
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #2 Solutions Due Tuesday, September 11, 2007 EE 105 Prof. Liu Fall 2007Problem 1. Doping and Carrier Concentrations a) G
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #3 Solutions Due Tuesday, September 18, 2007 EE 105 Prof. Liu Fall 2007Problem 1. BJT Operation and Design (Short-Answer
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #4 Solutions Due Tuesday, September 25, 2007 EE 105 Prof. Liu Fall 2007Problem 1. PNP BJT Biasing a) I will use RC to re
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #5 Solutions Due Tuesday, October 2, 2007 EE 105 Prof. Liu Problem 1. Common Emitter Core Design a) I'll use RC to refer t
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #6 Solutions Due Tuesday, October 9, 2007 EE 105 Prof. Liu Problem 1. Emitter Follower Design Rin = r + (1 + )RE = Av = gm
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #7 Solutions Due Tuesday, October 16, 2007 EE 105 Prof. Liu Problem 1. DC Biasing of Cascode Stage a) Vb2 = VT ln IC +1 IS
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #8 Solutions Due Tuesday, October 23, 2007 EE 105 Prof. Liu Fall 2007Problem 1. Impact of Early Effect on Av for a Commo
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #9 Solutions Due Tuesday, October 30, 2007 EE 105 Prof. Liu Fall 2007Problem 1. NMOS Capacitor - Electrostatics a) Let's
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #10 Solutions Due Tuesday, November 6, 2007 EE 105 Prof. Liu Problem 1. MOSFET Body Effect a) VT H = VT H0 + VT H = 0.5 V
Berkeley - EE - 105
UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Department of Electrical Engineering and Computer Sciences Homework #11 Solutions Due Tuesday, November 20, 2007 EE 105 Prof. Liu Fall 2007Problem 1. Common-Source Stage a) |Av | = 10 = gm
Wisc Eau Claire - CHEM - 231
Chemistry 231-1: Optional Worksheet 1 Name: _ 1) (2 pts) Draw one valid Lewis structure for each of the following:CH2N2H C N N HHCO2-O H C O2) (2 pts) Assign formal charges to the N and O atom in the given species. All lone pairs have been
Wisc River Falls - CHEM - 231
Name: _ Chemistry 231 Fall 2007 Exam 1 Before beginning: 1. There are a total of 5 pages to this exam containing questions A-H. Check to make sure that you have a complete exam.2. Clearly print your name on the blank at the top of this page. Clearl
Wisc River Falls - CHEM - 231
Name: _ Chemistry 231 Fall 2007 Exam 2 Before beginning: 1. There are a total of 5 pages to this exam containing questions A-K. Check to make sure that you have a complete exam.2. Clearly print your name on the blank at the top of this page. Clearl
Wisc River Falls - CHEM - 231
Chemistry 231-1: Optional Worksheet 2 Name: _ 1) (2 pts) Provide an acceptable systematic name for each of the following:Br2-bromo-3-ethyl-6-methyloctane1-isopropyl-3-methylcyclopentane2) (2 pts) Draw the most stable chair conformations of th
Wisc River Falls - CHEM - 231
Chemistry 231-1 Fall 2007: Optional Worksheet 3Name: _1) (2 pts) How many transition states are present in the reaction in the energy diagram? o o o o o 0 1 2 3 42) (2 pts) Which of the following reactions can be classified as a substitution re
Wisc River Falls - CHEM - 231
Chemistry 231-1: Optional Worksheet 1 Name: _ 1) (2 pts) Draw one valid Lewis structure for each of the following:CH2N2H C N N HHCO2-O H C O2) (2 pts) Assign formal charges to the N and O atom in the given species. All lone pairs have been
Wisc River Falls - CHEM - 231
Chemistry 231 Optional Worksheet 4Name: _1. (4 pts) Provide an acceptable IUPAC name for the following structures:Cl OH O isobutyl propyl ether(R)-6-chloro-6-methyl-2-heptanol2. (2 pts) Which of the following halides is most reactive in an e
Cal Poly - CHEM - 125
Cal Poly - BIO - 213
EXAM 2 SAMPLEPage 1 of 28EXAM 2 SAMPLE Student: _ 1. Cancer is _. A. B. C. D. uncontrolled cell division caused by a faulty spindle stimulated by apoptosis both uncontrolled cell division and stimulation of apoptosis2. The drug tamoxifen preven