无线温度传感器

并在Z-Stack协议栈的基础上，实现了星型拓扑结构的简单无线温度传感器网络系统，实现了温度信息的采集并通过串口显示出来，达到了预期设计的目的，完成温度采集的整体要求。

And Z-Stack protocol stack , based on the realization of a simple star topology wireless sensor network system , the temperature information collection and display through the serial port , designed to achieve the desired purpose , the completion of the overall requirements of the temperature acquisition .

声表面波谐振型无源无线温度传感器硬件系统

The Hardware Composing of Wireless Sensing System Using Passive SAW Resonator

嵌入式数据库在无线温度传感器网络中的应用

Application of Embedded Database in Wireless Temperature Sensor Network

数字化无线温度传感器的设计与实现

Design and Realize of Digital Wireless Temperature Sensor

介绍了一种新型的单端口声表面波谐振器构成的无源无线温度传感器。

This paper introduces a new wireless sensing system of the one port SAW temperature sensor .

基于MC74型电路的无线数字温度传感器

Wireless digital temperature sensor based on MC 74

介绍该电路的主要工作特性及工作原理，给出利用MC74设计的无线数字温度传感器电路的原理及部分程序代码。

The main characteristic and operating principle of MC74 are introduced , the wireless digital temperature sensor circuits and some of programs based on MC74 are given .

无线数字温度传感器的设计

Design of wireless digital temperature sensor

硬件方面主要涉及单片机、无线收发器、温度传感器以及以太网网络接口的设计，软件方面主要是无线温度传感器模块的控制，网卡控制器驱动程序和TCP／IP协议设计。

The interface of singlechip , temperature sensor and wireless transceiver and the interface of Ethernet network are designed in hardware , the driver of network card control and TCP / IP protocol is designed in software .

分析了压力、振动、质量负载及电参量等多种参量在实际应用中对无源无线声表面波温度传感器系统的影响，提出了减小或消除这些参数影响的措施。

The effects of pressure , vibration , mass loading , conductivity and other parameters in applications of passive wireless SAW temperature sensor are analyzed .

远程无线温度测试系统涉及传感器、计算机、通信等多学科多领域，是国际上的前沿热点研究领域[1]。

Wireless temperature measuring system is the international hot field , which involves sensors , computer , communications and other subjects in various fields .