BMET 323 Slingshot Academy / snaptutorial.com

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BMET 323 Slingshot Academy / snaptutorial.com
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 1 Homework Chapter 7  
Homework Chapter 7 BMET 323 Week 1 Compare and
contrast the extravascular and intravascular
methods of direct measurements of blood
pressure Describe how the oscillometric method of
blood pressure work. Cite your source of
information.
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 1 Lab Requirement Annotation  
Week 1 Lab Requirement Annotation 4.1 Use
Simulation 1.Develop a LabVIEW program named
simDataLogger.vi. 2.The program generates a
simulated waveform of 10 Hz at 500 Hz sampling
rate. 3.The data shall be stored in a text file
with each sample on its own line. 4.The stored
data shall not have any clipping (data value
exceeds the maximal value the format may store.)
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 2 Homework Problems  
Chapter 7 Problems 6 7 6. Design a notch
filter that can remove a 60 Hz noise signal from
an ECG signal. Chapter 12 Problems 6 6. Compare
amplifiers (in terms of amplification, bandwidth,
and noise requirements) in ECG, EEG, and EMG
measurements. Chapter 13 Problems 1 8 1.
Identify and explain the noise in the following
ECG graphs inFigure 13-13.
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 3 Homework Problems  
End of Chapter 17 Quiz 5 and 7 (pp. 535536) 5.
The main characteristic of an FM modulated
carrier is 7. Name four bio-signals a bedside
monitor is used to monitor End of Chapter 17
Problems 1, 8, and 9 (pp. 536537) 1.Compute the
distance between the bedside monitor and the
central nursing station (CNS), given 8. Discuss
warning devices to be used in intensive care
units.
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 4 Homework  
BMET 323 Homeworks 4,5,6   Homework 4   2. For
an ideal square-wave defibrillator, determine the
energy delivered to the patient (see Figure
8-11). 3. Given a situation when a fully charged
defibrillator capacitor discharges through the
chest, determine the current (peak) through the
thorax and the voltage drop (peak) across the
thorax.
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 5 Homework  
BMET 323 Week 5 Homework  
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 5 iLab Human Thermometer  
BMET 323 Week 5 iLab Human Thermometer
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 5 iLab  
Purposes This lab requires that you use your
circuit skills (aka trouble-shooting) to analyze
what is happening, signal wise, in Figure 1 as a
function of the control switches. Secondly, the
Lab addresses IAs , their uses and critical
operational parameters. Specufically, you will
test the AD620s differential and common mode
voltage gains, its CMRR and use it to process
analog signals of interest.
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BMET 323 Slingshot Academy / snaptutorial.com
BMET 323 Week 6 Homework  
HW 6 CH 10 4,6 4. List the types of sensors
in the hemodialysis machine and their placement
in the dialysis circuit. 6.List the main
components of a dialysis machine on the dialysate
side and on the blood side (at least five on each
side).
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BMET 323 Slingshot Academy / snaptutorial.com