All Electric Society

30.10.2013

How to Measure Lifetime for Robustness Validation – Step by Step

A key point of RV is the statistical interpretation of failures generated in accelerated Stress Tests. This brochure gives a clear and easy understandable introduction to the usage of mathematic models as Weibull or Arrhenius. An example describes step by step the interpretation of test results for a Lifetime prediction based on facts.

A key point of Robustness Validation is the statistical interpretation of failures generated in accelerated Stress Tests.

This brochure gives a clear and easy understandable introduction to the usage of mathematic models as Weibull or Arrhenius. An example describes step by step the interpretation of test results for a Lifetime prediction based on facts.

Download

Mobility Automotive Electronic Components and Systems Guide All Electric Society

You may also be interested in:

Further
Most visited pages

Publications

Read more

Industry

Read more

Mobility

Read more

Energy

Read more

Health

Read more
 
NOA - Mastering the complexity of connectivity | ZVEI

NAMUR Open Architecture enables a secure second channel for collecting vital data which are necessary for monitoring and…

 
MTP - The Age of Modular Production | ZVEI

Module Type Package is the core of modular production. Modular automation enables particularly fast and efficient engineering of…

 
DC-INDUSTRIE at the Hannover Fair 2020

In the DC-INDUSTRIE2 project and the predecessor project DC-INDUSTTRIE, research has been conducted since 2016 with companies from…

DC-INDUSTRIE

DC-INDUSTRIE: Hannover Messe 2019

Together with its partners in the DC-INDUSTRIE project, ZVEI is developing network management options for the future. The motto:…

 

5G-ACIA

Designing 5G for Industrial Use

5G allows machines to communicate with each other in real time, saving resources and energy through Edge Computing and Massive…