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3.50 (2 Ratings)

Defibrillator Technology & Sudden Cardiac Arrest Systems

What I will learn?

  • How to safely measure and calibrate high-voltage discharge energy levels.
  • The skills to diagnose internal hardware faults in clinical crash carts.
  • How to manage and verify external pacing synchronization modules.

Course Curriculum

Monophasic vs. Biphasic Waveforms and High-Voltage Capacitor Design

  • Lesson 1: Introduction to Cardiac Defibrillation Physics & Transthoracic Impedance
  • Lesson 2: Mathematical Analysis of Monophasic vs. Biphasic Waveform Envelopes
  • Lesson 3: High-Voltage Oil-Filled Storage Capacitors Structural Designs
  • Lesson 4: Calculating Energy Storage Real-time Values ($E = \frac{1}{2} C V^2$)

Energy Output Calibration and Joule Verification Tests

Automated External Defibrillator (AED) Battery and Pad Self-Test Logic

Transcutaneous Pacing Calibration and Multi-Lead ECG Integration

Troubleshooting High-Voltage Charging Circuit Faults and Relay Failures

Student Ratings & Reviews

3.5
Total 2 Ratings
5
0 Rating
4
1 Rating
3
1 Rating
2
0 Rating
1
0 Rating
W
3 days ago
Easy to learn and very informative. Each lesson is well prepared
MC
3 days ago
The course is very well organized and easy to understand. Every topic is explained in a clear and professional way.
$55.00 $110.00

Material Includes

  • 10 High-Voltage Safety Checklists, 6 Schematic Blueprints, and 3 Interactive Technical Quizzes.

Requirements

  • Strong understanding of high-voltage electronic safety principles is required.

Tags

Target Audience

  • Senior biomedical engineers, field service experts, and emergency medical technicians.