Date: _
Course and Section:-Inst r u c t o r : - - - - - - - - - - -
EXPERIMENT ac
14
Passive Filters
OBJECTIVES
1. Become familiar with the characteristics of passive low-pass and high-pass
2.
3.
4.
5.
filters.
Plot the phase response for low-pass and hi
Lab#2
RLC Components
Objectives:
1. Develop skills with the oscilloscope as a voltage-measuring instrument.
2. Learn how to measure the impedance of an element using current-sensing resistor.
3. Compare the measured and nameplate values of a resistor, ind
Date: _ _ _ _ _ _ _ _ _ _ _
Course and Section:-Instructor: _ _ _ _ _ _ _ _ _ _
EXPERIMENT ac
12
Series Resonant
Circuits
OBJECTIVES
1. Validate the basic equation for the resonant frequency of a series resonant
circuit.
2. Plot the various voltages and c
Analog and Digital Communications Laboratory
EE 4513
Suboptimal Demodulation
~
Fall2009
Summary
Our task for this laboratory is to investigate two parametric changes which may contribute to
suboptimal detection and their resulting possible effect upon the
&;
EXPERIMENT de
12
Thevenin's Theorem
and Maximum Power
Transfer
OBJECTIVES
1. Validate Thevenin's theorem through experimental measurements.
2. Become aware of an experimental procedure to determine En, and Rn.
3. Demonstrate that maximum power transfer
Analog and Digital Communications Laboratory
EE 4513
Bit Error Rate of Extended Receiver for Rectangular PAM
Fall2009
ISummary
Our task for this laboratory is to configure 5 S/H circuits in the extended receiver and measure
the BER performance of configur
og and Digital Communications Laboratory
EE 4513
BER Performance of Variable Width Sine PAM with the Simple
Receiver in AWGN
Fall2009
Summary
Our task for this laboratory is to test the performance of a variable width, sine-shaped pulse in a
binary PAM di
Lab#5
Frequency Response of the Series R-C Network
Objectives:
1. Note the effect offrequency on the impedance of a series R-C network.
2. Plot the voltage and current of a series R-C network versus frequency.
3. Calculate and plot the phase angle of the
Objective/ Inroduction:
This lab session is basically an introduction to system modeling and validation of the model. We will
use Labview to capture the data and run the results in the Matlab. In this experiment, we will use the
resistor as our control sy