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Design biomedical instrumentation systems
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Module 3
Cardiovascular System: ECG
1
The Heart's Electrical System and the Cardiac Cycle
Describe the heart's electrical conduction system and its relation to the cardiac cycle.
Describe the heart's electrical conduction system and its relation to the cardiac cycle.
2
Einthoven's Triangle and the 12-Lead ECG System
Explain Einthoven's triangle and the configuration of the 12-lead ECG system.
Explain Einthoven's triangle and the configuration of the 12-lead ECG system.
3
ECG Wave Recognition and Interval Measurement
Identify P, QRS, and T waves on an ECG trace and measure key intervals (PR, QRS duration, QT).
Identify P, QRS, and T waves on an ECG trace and measure key intervals (PR, QRS duration, QT).
4
ECG System Design: Amplifiers, Filters, and Safety
Design a complete ECG acquisition system, specifying amplifier, filter, and safety requirements.
Design a complete ECG acquisition system, specifying amplifier, filter, and safety requirements.
5
ECG Heart Rate Calculation
Calculate instantaneous and average heart rate from an ECG recording.
Calculate instantaneous and average heart rate from an ECG recording.
6
Understanding PPG for Heart Rate Monitoring
Describe the principles of photoplethysmography (PPG) for heart rate monitoring.
Describe the principles of photoplethysmography (PPG) for heart rate monitoring.
Previous module
Sensing Bioelectric Potentials
Next module
Cardiovascular System: Hemodynamics