基于ZigBee无线传感网络瞬态测温系统的设计

Control of transient temperature measurement system based on ZigBee

为了满足在静态爆轰过程中,温度高、变化迅速以及测试条件非常恶劣的测试可行性要求设计了一种基于ZigBee无线传感网络控制的静态爆轰瞬态测试装置。该装置取代传统的有线测试将无线通信技术引入到静态爆轰过程的瞬态高温测试中,组成一个完善的测试解决方案。在静态爆轰过程中瞬态高温测试背景下提出的,将存储测试技术和新兴的ZigBee无线传感网络技术相结合,力图以现场设备的无线化来解决由线缆带来的诸多问题。做了1.5kg温压弹实验,实验证明该装置使在恶劣测试环境下实现微功耗和便携式瞬态温度测试成为可能。

In order to meet the static detonation process, the temperature is high, rapidly changing conditions are very harsh and testing requirements designed to test the feasibility of ZigBee wireless sensor network based on the static control detonation device transient test. The unit tests will replace the traditional wired to wireless communications technology into the process of transient high temperature static detonation tests, form a complete test solution. Detonation process in the static context of transient high temperature tests made, the memory test technology and the emerging ZigBee wireless sensor network technology, trying to wireless field devices to solve the many problems caused by the cable. Temperature and pressure to do a 1.5kg bomb experiments show that the device tested in the harsh environment to achieve micro-power and portable transient temperature test possible.