EE 2310 Homework #4 Solutions Complex Flip Flops and Sequential Logic
1. The FF shown is a master-slave T FF. The clock is shown below in the timing
diagram, and the T input is activated as shown. Assume that the flip-flop is initially in
the Reset state.
EE 2310 Homework #5 Solutions Writing Simple Programs
Write each of the programs in this homework and run them on your SPIM emulator. DO
NOT just write something in the area to the right. COMPOSE THE
.text
PROGRAMS ACCORDING TO THE DIRECTIONS AND MAKE
mai
Experiment 2: Measurements onDCcircuits
1 Objectives
The objectiveof this experiment is to analyze simpleresistivecircuitsin DC. The circuitsconsidered here
are: resistors in series,resistors in parallel,seriesparallel combination, voltage divider,current
EE 2310 Homework #2 Digital Logic Circuits and Circuit Simplification,
Solutions
1. Given the truth table below, write its Boolean expression in SOP form.
Then draw the logic circuit that represents the Boolean expression.
x
0
0
0
0
1
1
1
1
y
0
0
1
1
0
0
EE 2310
Experiment #1
Familiarization with Lab Equipment
and Basic Logic Functions
Mr. x
Mr. y
September 20, 2012
Section 1. Experiment Goals: The goal of this experiment is (a) to become familiar withbasic
lab equipment, the IDL-800 which will be used fo
EE 2310 Homework #1 Solutions Binary Numbers and Numeric
Conversions
1. Convert the following positive decimal numbers to binary (take the binary point of
non-exact fractions to at least 2x the decimal number of places):
104
73
110 1000
4. 25
100 1001
0.5
EE/CE 3316 Test 11 “ Name
April 21, 2014 Version a.
Show your work UTD ID#
80 = 8.85x10'14 F/cm, kBT(Room Temperature) = 0.0259 eV, q = 1.6x10‘19 C.
1. {15 pts} These are essay questions. Write a short, grammatically correct answer.
VERSION A
a. {8 pts} W
Lab 2 Exam (Monday)
Nam r-ﬂc/[I
Instructions. Follow all lab instructions given by TA or the instructor. Follow all safet
are prohibited from communicating with anyone other than your TA/ instructor during the course 0 t is
examination. Electronic devices
/
mm 63 (pi
‘Name: WU) Tug”)
This is a closed—book, closed notes exam. However, you may have a copy of lab manual with you while
taking the test. No electronic devices are allowed (including cell phones). You need a simple (without
wireless capability) c
EE/CE 3311 Electronic Circuits
Summer 2013
Prof. Carl Sechen
Homework #7 \
Due: Beginning of class Tuesday July§0 ‘ S 3 WW
1. Textbook problem #3.4. Ignore the Vi and V0
questions. Answer only: "What is the
maximum voltage gain of this stage?”
@
3.4 For t
EE/CE 3311 Electronic Circuits
Summer 2013
Prof. Carl Sechen
Homework #8
Due: 5p Friday August 9
1. Textbook problem #414 (only compute the AV .: eritht
@ voltage gain and output resistance; no spice!)
still? Determine the unleaded voltage. gain as}? {1
Chapter 2: Sample Questions, Problems and Solutions
Blm 2: rnek Sorular, Problemler ve zmleri
rnek Sorular (Sample Questions):
Fourier series
What is a bandwidth?
What is a voice-grade?
Nyquist theorem
Shannon theorem
What is a signal-to-noise ratio?
What
Mark Lundstrom
2/10/2013
SOLUTIONS: ECE 606 Homework Week 5
Mark Lundstrom
Purdue University
(corrected 3/26/13)
Some of the problems below are taken/adapted from Chapter 4 in Advanced
Semiconductor Fundamental
Luis Pineda-Aguirre
Assignment 3
1. Why is accessing an item by index slower in a linked list than an array?
Accessing an item by index is slower in a linked list because the only
way to find an item is to traverse the list since each node points to
the n
Name:
Maribeth Ruddell
Date:
09-08-2011
Homework #2 Introduction To Engineering
(Each Question/Blank Is Worth 10 Points Or The Point Value Indicated)
1. Apply the Engineering Algorithm to making dinner. Be specific about
each step in the design process. (
EE/CE 4370 Homework #4 (Clocks and Low Power Modes)
Name:_
Student Number:_
1. (20 points)Write a C program that will output clock signals to port 11 of the
MSP430F5438. Assume that clock inputs are as follows: ACLK = LFXT1 = 32768,
MCLK = DCO Max, SMCLK
ENGR 3301, Midterm Exam 3 12-5—11
(——
1. The following circuit is operating in the steady state. It is determined
that Va 0') = 10 cos(1000t + 60”) and vb (I) : 5 c050 0001‘ —— 30°) . The magnitud‘
the impedance of the capacitance at this frequency is 10.