中背板

在过去的节点系统设计中，其背板的数据传输是一种并行的传输方式。

In the former design , the data was transmitted in a parallel mode .

研究了通信整机中刚挠背板互联结构的动态特性，并对其进行了抗振优化设计。

Dynamic characteristic of the rigid-flex backplane interconnect structure was studied and anti-vibration optimization was completed .

文中分析高速背板设计中所面临的问题，给出相应的设计准则。

In this paper , the problems for high speed backplane design are analyzed and also given out the corresponding design principles .

用12.7mm穿燃弹对几种不同背板的陶瓷复合装甲进行了实弹射击试验，以研究复合装甲中陶瓷与背板组成的界面对其抗枪弹性能的影响。

The aim of this study was to determine contributions of different interfaces between ceramic and back plate to balli-stic performance of ceramic composite armor impacted by 12.7 mm piercing incendiary projectiles .

本文采用高速串行接口技术可以突破I/O瓶颈，提高需要的带宽和增强扩展能力，降低总体系统成本，是高速通信设备中的重要的背板互连技术。

While high-speed serial port broke I / O bottleneck to provide necessary bandwidth and expansion capability , it is an important technique used in high backplane interconnection and also reduces the cost of entire system .