摘要
机箱设计作为电子设备结构设计的主要内容,已经成为实现设备技术指标的重要环节。深入探讨了一种抗恶劣环境加固机箱的结构设计,并从热设计、电磁兼容(Electro Magnetic Compatibility,EMC)设计和抗振动冲击设计等方面进行详细阐述。经过高、低温等一系列试验结果表明,抗恶劣环境加固机箱可靠性高、综合防护能力好。
The cabinet design is the primary content in thestructural design of the electronical equipment, which has become the important process to carry outequipment technical target. Introduces the design methods of a type of anti-adverse circumstance re- inforcedcabinet,describes particularly thermal design, Electro Magnetic Compatibility ( EMC ) design, anti-libration andanti-im- pact design. According to the experimentation, the anti-adverse circumstance reinforced cabinet has good reliability, and is provid- ed with comprehensive proofing capabilities.
出处
《现代制造工程》
CSCD
北大核心
2017年第7期151-155,160,共6页
Modern Manufacturing Engineering
关键词
加固机箱
热设计
电磁兼容设计
抗振动冲击设计
可靠性
reinforced cabinet
thermal design
Electro Magnetic Compatibility ( EMC ) design
anti-libration and anti-impact de-sign
reliability