DIN EN 16602-30-11 PDF Download
Standard EN Sample
Space Product Assurance - Derating EEE Components
Also Known As:
All parties involved in the creation and use of space segment hardware and its interfaces must adhere to the DIN EN 16602-30-11 standard. This standard's primary goal is to guarantee the effectiveness and dependability of space equipment until the end of its operational life.
Derating electrical, electronic, and electromechanical (EEE) components is outlined in detail in the standard. Derating is the process of lowering the operational stress on components below their nominal requirements in order to increase their lifetime and reliability. The standard attempts to prevent undue stress on components, which could result in failures or performance degradation, by specifying derating limits and load ratios.
The DIN EN 16602-30-11 standard also contains application guidelines and suggestions to help derating techniques be implemented successfully. These rules are essential for ensuring the functionality and dependability of space equipment during its entire lifespan for manufacturers, designers, and other industry participants.
| Descriptors | Aerospace transport, Definitions, Management, Management techniques, Products, Quality assurance, Quality control, Quality management, Quality requirements, Reliability, Risk analysis, Safety, Safety of products, Safety requirements, Space safety, Space transport, Specification (approval), Testing |
| ICS Codes | 49.140 - Space systems and operations |
| Language(s) | English |
| File Size | 3.1 MB |
