Automotive-Grade Electronics: Reliability Design Theory, Development Process, and Full Lifetime Management provides readers with a comprehensive, up-to-date, expert, and best practice reference resource. The book fills a gap in the current literature by providing readers with a systematic exploration of reliability design theory, development processes, and full lifetime management of automotive-grade electronics, for both components and parts. The book takes a unique industry perspective, drawing upon the authors' two decades of experience in the electronics industry.
1. Chapter 6. Automotive Electronics Council Standards Introduction - p. 259 2. Chapter 7. Automotive-Grade Electronic Components - p. 291 3. Part III. Engineering Practices for Full Life Cycle Reliability Management of Automotive Electronic Components - p. P3 4. Chapter 8. Design and Development of Electronic Modules - p. 387 5. 8.1 Development Phases - p. 387 6. 8.2 Development Process - p. 416 7. 8.3 Design Based on Electrical Load Standards - p. 427 8. 8.4 Design Based on EMC Standards - p. 448 9. 8.5 Design Based on Reliability - p. 465 10. 8.6 Design Analysis Methods - p. 479 11. 8.7 Documents of Design and Development - p. 522 12. 8.8 Material Coding/Description and Document Naming Rules - p. 527 13. 8.9 Controlled Documents - p. 538 14. 8.10 Document Change - p. 551 15. 8.11 Summary - p. 570 16. Chapter 9. Automotive Electronics Reliability - p. 573 17. Index - p. 587
Automotive-Grade Electronics: Reliability Design Theory, Development Process, and Full Lifetime Management provides readers with a comprehensive, up-to-date, expert, and best practice reference resource. The book fills a gap in the current literature by providing readers with a systematic exploration of reliability design theory, development processes, and full lifetime management of automotive-grade electronics, for both components and parts. The book takes a unique industry perspective, drawing upon the authors' two decades of experience in the electronics industry.
1. Chapter 6. Automotive Electronics Council Standards Introduction - p. 259 2. Chapter 7. Automotive-Grade Electronic Components - p. 291 3. Part III. Engineering Practices for Full Life Cycle Reliability Management of Automotive Electronic Components - p. P3 4. Chapter 8. Design and Development of Electronic Modules - p. 387 5. 8.1 Development Phases - p. 387 6. 8.2 Development Process - p. 416 7. 8.3 Design Based on Electrical Load Standards - p. 427 8. 8.4 Design Based on EMC Standards - p. 448 9. 8.5 Design Based on Reliability - p. 465 10. 8.6 Design Analysis Methods - p. 479 11. 8.7 Documents of Design and Development - p. 522 12. 8.8 Material Coding/Description and Document Naming Rules - p. 527 13. 8.9 Controlled Documents - p. 538 14. 8.10 Document Change - p. 551 15. 8.11 Summary - p. 570 16. Chapter 9. Automotive Electronics Reliability - p. 573 17. Index - p. 587
