摘要
为了测量爆炸场等恶劣环境下温度的动态变化,分析炸药或相关弹药的爆炸参数,设计了基于CPLD的低功耗温度存储式测试系统;运用钨铼热电偶温度传感器匹配先进的电源管理模块,并结合动态存储测试技术,能够应用于环境条件比较差的恶劣环境中,在可靠可信、微功耗的基础上能得到较好的实验数据。
In order to measure the dynamic changes of temperature under the harsh environments such as explosion field,and analyze the explosion parameters of explosives or related ammunition,a low-power temperature storage test system based on CPLD was designed;tungsten-rhenium thermocouple temperature sensor was used,the advanced power management module was matched,and dynamic storage testing technology was combined,so the test system can be used in the relatively poor environmental conditions and can get good experimental data on the basis of credible reliable and low power consumption design.
出处
《电子设计工程》
2012年第2期91-93,共3页
Electronic Design Engineering
关键词
温度
动态存储
CPLD
钨铼热电偶
低功耗
temperature
dynamic storage
CPLD
tungsten-rhenium thermocouple
low-power
