Udemy - Microelectromechanical Systems II - Design Principles

Files:

• Get Bonus Downloads Here.url (0.2 KB)
~Get Your Files Here ! 1 - Introduction
• 1. Introduction.mp4 (99.0 MB)
• 2. Course Structure Syllabus.mp4 (61.3 MB)
• 3. Specialization Options.mp4 (35.2 MB)
2 - From Physics to Models
• 4. How MEMS Are Modeled.mp4 (164.1 MB)
• 5. Lumped-Element Models Mass–Spring–Damper.mp4 (169.5 MB)
• 6. Static vs Dynamic MEMS Behavior.mp4 (151.6 MB)
• 7. Frequency Response and Resonance.mp4 (143.9 MB)
3 - Electrostatic MEMS Devices
• 10. Noise Sources in Capacitive MEMS.mp4 (56.9 MB)
• 8. Capacitive Sensing Principles.mp4 (101.3 MB)
• 9. Sensitivity, Linearity, and Pull-In Limits.mp4 (53.1 MB)
4 - Resonant MEMS
• 11. Resonant Structures and Mode Shapes.mp4 (71.7 MB)
• 12. Lateral Resonators Working Principles.mp4 (87.0 MB)
• 13. Q-Factor, Damping, and Energy Loss.mp4 (54.5 MB)
• 14. Frequency Stability and Drift.mp4 (96.8 MB)
5 - Inertial MEMS Devices
• 15. Accelerometers Operating Principles.mp4 (91.0 MB)
• 16. Mechanical Design Trade-Offs.mp4 (52.2 MB)
• 17. Gyroscopes Coriolis Effect.mp4 (71.6 MB)
• 18. Bias, Noise, and Temperature Effects.mp4 (34.3 MB)
• 19. Designing An Accelerometer.mp4 (189.8 MB)
6 - Thermal and Specialty MEMS
• 20. Thermal MEMS Devices.mp4 (79.2 MB)
• 21. Joule Heating as a Design Tool.mp4 (70.7 MB)
• 22. Material Selection for MEMS Devices.mp4 (46.1 MB)
• 23. Common Failure Modes and Design Pitfalls.mp4 (56.2 MB)
7 - Closing
• 1. Final Assessment (Description).html (1.4 KB)
• 1. Final Assessment.html (18.7 KB)
• 24. Closing.mp4 (14.2 MB)
• Bonus Resources.txt (0.1 KB)