1. BMET 323 Innovative Education--snaptutorial.com

2. BMET 323 Week 1 Homework Chapter 7 For more classes visit www.snaptutorial.com 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.

3. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 1 Lab Requirement Annotation For more classes visit www.snaptutorial.com 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.)

4. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 2 Homework Problems For more classes visit www.snaptutorial.com 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.Figure 13-13

5. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 3 Homework Problems For more classes visit www.snaptutorial.com End of Chapter 17 Quiz 5 and 7 (pp. 535–536) 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. 536–537) 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.

6. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 4 Homework For more classes visit www.snaptutorial.com 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).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. 7. Calculate the energy delivered by each pulse from a pacemaker from the given pulse signal as shown

7. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 5 Homework For more classes visit www.snaptutorial.com BMET 323 Week 5 Homework

8. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 5 iLab Human Thermometer For more classes visit www.snaptutorial.com BMET 323 Week 5 iLab Human Thermometer

9. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 5 iLab For more classes visit www.snaptutorial.com 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 IA’s, their uses and critical operational parameters. Specufically, you will test the AD620’s differential and common mode voltage gains, its CMRR and use it to process analog signals of interest.

10. BMET 323 Innovative Education--snaptutorial.com BMET 323 Week 6 Homework For more classes visit www.snaptutorial.com 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).

11. BMET 323 Innovative Education--snaptutorial.com