Assigned: September 28, 2017
Due: 9:30 am, October 5, 2017
Name:
ID:
In all MATLAB questions, include your MATLAB scripts and plots in this document (if any).
1. A signal is defined as
a. Write each o
QUIZ 2
Time: 30 Minutes
Q1 (1 mark) The complex amplitude of
is
a) 0
b)
c)
d) none of the above
Q2 (1 mark) What is the fundamental period of the signal with the spectrum shown in the following figure
Assigned: October 19, 2017
Due: 9:30 am, October 26, 2017
Name:
ID:
Attach this page to your solution
In all MATLAB questions, include your MATLAB files and plots resulted from your programs (if any).
EE 316 Fall 2017
Assignment #2
Due Sept. 18 2017
Name:
Mark:
Vector G is given in Cartesian coordinate system. Find G in cylindrical and spherical
coordinate system
z
z
1
G = ax + a y +
a z (Cartesian
QUIZ 3
Time: 30 Minutes
Q1 (1 mark) Pole and zero of the transfer function
a)
b)
c)
d)
Pole at
Pole at
Pole at
Pole at
are located at:
and zero at
and zero at
and zero at
and zero at
Q2 (1 mark) The f
QUIZ 1
Time: 30 Minutes
Q1 (1 mark) The matrix A= [0: n; 1: n+1; 3: n+3; 5: n+5] has
a) 4n elements
b) 4(n+1) elements
c) 4(n+2) elements
d) none of the above
Q2 (1 mark) The interval between points i
Assignment #7
EE 316 Fall 2017
Due Oct. 16, 2017
Name:
Mark:
A loop of uniform line charge density l exists on xy plane, as shown below. Find the electric
field density (E) on the z-axis at point (0,0
EE 316 Fall 2017
Assignment #9
Due Nov. 6, 2017
Name:
Mark:
A nickel ( = 1.5x107 ) wire of diameter 5 mm is surrounded by a 0.5 mm thick layer of silver
( = 6x107 ). What is the resistance per unit le
EE 316 Fall 2017
Assignment #11
Due Nov. 20 2017
Name:
Mark:
A coaxial capacitor consists of two concentric conducting cylindrical surfaces, with inner radius
a and outer radius b. Find the total capa
Assignment #12
EE 316 Fall 2017
Due Dec. 4 2017
Name:
Mark:
A finite line source with the constant current I is located on A(0,0,a) to B(0,0,b) (in Cartesian
coordinates) . Show that the magnetic fiel
Assignment #1
EE 316 Fall 2017
Due Sept. 6 2017
Name:
Vectors A,B,C are given in Cartesian coordinate system.
A = 5a x + 2a y
B = 2a x 4a y 3a z
C = a y + az
Find
a. A vector along A with the magnitud
Assigned: August 31, 2017
Due: 9:30 am, September 7, 2017
Name:
ID:
Attach these page to your solution
In all MATLAB questions, include your MATLAB files and plots resulted from your programs (if any)
Homework # 1
Due Date: October 2, 2015, noon
1
Develop a Grade.VI that outputs the letter grade. Your VI should take a number as a score and
returns a letter grade for the score, either "A", "B", "C",
Lab Activity 5 (C+)
Problem 1: Objective is to become familiar with writing functions.
a)
Create a function float average (float,float,float), which will read any three floating point numbers
and comp
Experiment 8
Active Filter Design
Lab Objective
The objective for this lab is to design and simulate three active filters. Each filter (lowpass,
band-pass and high-pass) should be BiQuad, with Q=1 and
ECE 324
Experiment 7
S. Yuvarajan
MOSFET LOGIC CIRCUITS
Objective: To obtain the transfer characteristic of MOS inverters and to study the
characteristics of some MOS logic circuits.
Part I NMOS Inver
Current Mirror
*Use CA3096 transistor array to carry out the following experiments
Theoretical Calculations:
Keep the value of 2 = 4 for all experiments.
Figure-1: Current Mirror Circuit Using BJT 2N3
Experiment 1
Introduction to Bipolar Junction Transistors
Aim: The aim of the experiment is to study the characteristics of a transistor including
the different regions of operation.
Note: DO NOT meas
Experiment 3
Integrator, Differentiator, Comparator and Schmitt Trigger Circuits
Lab Objective
The main objective for this lab will be to construct an integrator, a differentiator, a comparator
and a
Experiment 5
Instrumentation Amplifiers
Part1. Design the instrumentation amplifier circuit to realize a differential gain, variable in the
range 1 to 100, utilizing a 100k ohms pot as variable resist
Op-Amp Circuits
Do not forget to bring a thumb drive with you as you may need it to save output files from
the Oscilloscope.
Try and simulate each part using MULTISIM first.
Part 1: Integrator
Equatio
VARIATION IN Q-POINT
One straight line can be draw at output characteristics. This line is called load line.
This line connecting each separate of Q-point.
At any point along the load line, values o
Instrumentation Amplifier (Datasheet)
Part 1:
Sl.
No.
Theoretical Values
= +
Gain
Practical Values
= +
Gain
1
2
3
Part 2:
Sl.
No.
Theoretical Values
1
2
3
4
5
6
7
8
9
10
Gain
Practical Values
Gain
Experiment 2
DESIGN AND TESTING OF A COMMON EMITTER AMPLIFIER
Aim: To design a Common Emitter amplifier for the given specifications, build it, and
obtain the amplifier parameters for the experimental
CD4007UBMS
CMOS Dual Complementary Pair Plus Inverter
November 1994
Features
Pinout
High-Voltage Type (20V Rating)
CD4007UBMS
TOP VIEW
Standardized Symmetrical Output Characteristics
Medium Speed O
Theory and Datasheet for MOSFET Logic Circuits
Definitions:
: It is the output voltage of the circuit which is regarded as a logic 1.
: It is the output voltage of the circuit which is regarded as a
Experiment 4
Current Mirrors
The main objective for this part will be to construct a simple current mirror and test its
parameters by adding or adjusting resistors. An example of a general current mir