Technical Book: Vibration and Temperature/Humidity Combined Environmental Testing of Electrical and Electronic Equipment
WS250 *Available for preview
- Evaluation of Combined Environmental Reliability Testing for On-Board Equipment - *Available for preview.
<Author> Shigerou Izumi, Technical Advisor, Espec Corporation <Publication Date> June 16, 2006 <Price> 52,290 yen (including tax) <Format> B5 size, hardcover, 166 pages
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basic information
As an environmental test necessary for reliability confirmation and quality evaluation of the devices and components that make up the equipment, single environmental factor tests such as meteorological environment tests (temperature and humidity tests) and mechanical environment tests (vibration and shock) have been conducted for some time. However, due to the expansion of industrial product applications (miniaturization and the increase of portable devices), there is a growing tendency for personal users to explore new usage locations. As a result, the reliability confirmation and quality evaluation required for the traditionally conducted "procurement, production, shipping, logistics, and installation environments" have become insufficient, and tests are now needed to more reliably assess safety and reliability against the harsh handling associated with personal use. Starting from the transport environment necessary for the evaluation of procurement and acceptance of parts and products that can be applied in the actual global society, environmental tests under "composite environments" that closely resemble actual usage conditions for reliability confirmation and quality evaluation have become essential. This document will focus on "vibration and temperature/humidity" as a composite environmental test and provide an explanation. I hope you will acquire the methods and foster a mindset for improvement in the field.
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52,290 yen (including tax)
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Part 1: Basics of Combined Environmental Testing Chapter 1: Basics of Vibration and Temperature/Humidity Chapter 2: Basics of Combined Environmental Testing 1. Environmental Testing 2. Environmental Conditions for Combined Environmental Testing 3. Effects and Phenomena Due to Combined Environmental Conditions Part 2: Implementation of Combined Environmental Testing Chapter 3: Implementation of Vibration Testing 1. Objectives of Vibration Testing 2. Vibration Testing Equipment 3. Control of Vibration Testing 4. Various Vibration Tests 5. Various Vibration Testing Methods Chapter 4: Combined Environmental Reliability Testing 1. Background of Necessity 2. Failures and Testing Conditions 3. Concepts of Various Combined Environmental Reliability Tests Part 3: Case Studies and Reliability of Combined Environmental Testing Chapter 5: Case Studies of Combined Environmental Testing 1. Case Studies of Combined Environmental Testing for Onboard Equipment 2. Characteristics of Parts Measurable by Combined Environmental Testing Chapter 6: Reliability Evaluation in Actual Market Environments (Combined Environments) 1. Market Environment for Onboard Equipment 2. Market Environment for Devices, Products, and Parts Part 4: Future of Combined Environmental Testing Chapter 7: Future Needs for Combined Environmental Testing 1. Recent Combined Environmental Testing 2. Advanced Combined Environmental Testing 3. Introduction of ISO International Standards for Onboard Equipment Chapter 8: Testing Standards Related to Combined Environmental Testing 1. Domestic Standards 2. International Standards 3. Introduction of JIS Standards and Other Representative Standards Related to Shock Testing
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