The RF modules of two other nodes which are based on CC1000 were expounded.
并对另外两种节点的CC1000射频模块的设计方案及调试软件进行阐述。
The testing results indicates that the RF modules and the RF sub-system basically reach the demand of designed specification.
测试结果显示，根据设计所实现的射频模块和射频分系统基本达到了设计指标要求。
Then the author did ID identifier code experiment to distinguish different RF modules, and also wirelessly monitored the systematic temperature.
进行了可以区分不同射频模块的ID标识符编码实验，并无线监测了系统环境温度。
Receiver: receiver connected to computer, rf modules receiving wireless mouse emission signal decoding, through by MCU, computer control cursor movement USB into.
接收端：接收器连接到电脑上，射频模块接收无线鼠标发射信号，由单片机解码，通过USB送入电脑控制光标动作。
The front shield clipped over the frame assembly which housed the top panel controls, the main circuit board with controller of the radio electronics (CORE), and the plug-in RF modules.
前盾在框架集的居住顶部面板控制剪下，与无线电电子(核心)控制器的主电路板，以及插件射频模块。
Micro-strip is necessary in RF module design, and it plays a quite important role in modules.
在RF模块的设计中，微带线的设计必不可少，它在模块中起着很重要的作用。
Power amplifier (PA) and low noise amplifier (LNA) modules are important components of RF hybrid IC's.
功率放大器（PA）和低噪声放大器（LNA）模块是射频（RF）混合集成电路的重要组成部分。
Future mini-aircrafts, such as Micro air Vehicle (MAV) and Nano-satellite, requires RF front-end modules with functional complexity, high density and low power consumption.
随着微型无人机、微纳卫星的出现，迫切需要功能更强、集成度更高、功耗更低的微型集成射频模块。
With PXI modular instruments, engineers specify the essential functionality they require - choosing from a wide variety of measurement, signal generation, RF, power and switch modules.
由于具备PX I模块化仪器，工程师们可以从大范围的测量、信号发生器、RF、功率和开关模块中选择，明确地指定他们所需要的功能。
The developing procedure of micro-strip design in 2.5g RF LNA modules is introduced, accordingly, to prove the validity and effects of micro-strip design with practical data.
本文介绍了2.5GRFLNA模块中微带线的设计过程及实现，并用测量数据证明了微带线设计的正确性及其在模块中发挥的作用。
Secondly, this paper has made the instructions of the overall structure about the UHF RFID tags, and analysis the circuit design specification of the RF front-end modules.
其次，本文对超高频射频电子标签的整体结构做了介绍，同时分析了射频前端各电路模块的设计指标。
Secondly, this paper has made the instructions of the overall structure about the UHF RFID tags, and analysis the circuit design specification of the RF front-end modules.
其次，本文对超高频射频电子标签的整体结构做了介绍，同时分析了射频前端各电路模块的设计指标。
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