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PREVENTING VIBRATION AND SHOCK FAILURES
by Steve Carlson
The purpose of this course is to show students proven, quick, short-cut methods to design, analyze and evaluate various sophisticated surface and through-hole mounted electronic systems for reliable operation in severe sine vibration, random vibration and shock environments without the use of a large computer.
OBJECTIVES
You will learn proven, quick methods for designing and evaluating the reliability of electronic equipment that can also be used as a sanity check for computer analysis, such as:
Finding the natural frequencies of many different beams, circuit boards and chassis.
Estimating transmissibility, Q, values for different beams, circuit boards and chassis.
Critical relationships between dynamic displacements, frequencies and accelerations.
How to find the minimum desired PCB natural frequency for sine, random and shock.
How to find component lead wire and solder joint forces, stresses and fatigue life.
How the component type, size, orientation and location on PCB affect the fatigue life.
Methods for improving reliability of commercial electronics in military environments.
Seven basic equations that can solve 85% of your vibration and shock problems.
Methods for quickly estimating fatigue life of many different types of components.
Quick and easy methods for finding the fatigue life in random vibration environments.
Why isolation systems are good for vibration and bad for shock, and visa versa.
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| NEW SEMINARS AND WEBINARS |
| Length |
Course Title |
Instructor |
| 1 day |
17. Ensuring Reliability in Lean Product Development |
John Paschkewitz |
| 1 day |
18. Advancing HALT & HASS:
Moving to Comparative Limit Anaylsis |
Kirk Gray |
| 3 hours |
19. How to Effectively Implement DFR & DFSS
in a Systems Engineering Environment |
Thimmiah Gurunatha, Peng. |
| 3 hours |
20. Thunder & Lightning Accelerated Testing
in a Systems Engineering Environment |
Thimmiah Gurunatha, Peng. |
| 3 hours |
Gage R & R or Measuring Systems Analysis |
Thimmiah Gurunatha, Peng. |
| 3 hours |
Rainbow SPC |
Thimmiah Gurunatha, Peng. |
| 3 hours |
Improving Test Effect. and Effic. using Orthogonal Arrays |
Thimmiah Gurunatha, Peng. |
| 3 hours |
Design for Six Sigma Tools to Promote the Development of World Class Product Requirements |
Sam Keene |
| 3 hours |
21. Quickest Way to Reliability is to
HALT and go FISHing |
Howard Cooper, DFSS BB, DFR |
| 2 hours |
22. Understanding Shock and Vibration |
Alec Feinberg, Ph.D. |
| 3 hours |
Physics of Failure Methods for Building-in Reliability into Products |
Abhijit Dasgupta, Ph.D. |
| 3 hours |
24. Intro to Design for Manufacturability |
Aldo Fucinari |
| 3 hours |
25. Microelectronic Pkg Issues and Failure Analysis |
Tom Green |
| CLASSES ON RELIABILITY |
| Length |
Course Title |
Instructor |
| 2 days |
1. Introduction to Reliability & Weibull Analysis |
Chet Haibel, M.S.E.E. |
| 2 days |
2. HALT & HASS + Workshop |
Kirk Gray |
| 2 days |
2. HALT & HASS + Workshop |
Chet Haibel |
| 2 days |
2a. Mastering HALT & HASS |
Kirk Gray |
| 2 days |
2a. Mastering HALT & HASS |
Chet Haibel |
| 2 days |
4. Demonstrating Reliability |
Chet Haibel |
| 4 days |
6. Accelerated Test Data Analysis |
Wayne Nelson, Ph.D. |
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| SPECIFIC TECHNICAL CLASSES |
| Length |
Course Title |
Instructor |
| 2 days |
7. Physics of Failure |
Abhijit Dasgupta, Ph.D. |
| 2 days |
8. Lead-Free Solder Joint Reliability |
Jean-Paul Clech, Ph.D. |
| 1 day |
9. Medical Device Risk Management |
Chet Haibel, M.S.E.E. |
| 2 days |
14. Cooling Techniques for Electronic Equipment |
Steve Carlson |
| 2 days |
15. Preventing Shock and Vibration Failures |
Steve Carlson |
| 2 days |
16. Preventing Thermal & Vibration Failures |
Steve Carlson |
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| CUSTOM SEMINARS OFFERED |
| Length |
Course Title |
Instructor |
| 1 day |
12. Integrating Adv. Quality, Reliability, Durability
(QRD) Tactics with Accelerated Product Dev. |
James G. McLeish, M.S. |
| 3 days |
13. HALT & HASS and Classical Rel. Methods Integrated |
Chet Haibel, M.S.E.E. |
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