1) RF wireless interface
射频无线接口
2) wireless RF receiver
无线射频接收机
3) radio frequency interface
射频接口
1.
This paper presents the test technique and practical test method of the radio frequency interface between air to air semi-active radar-guided missile and on-board fire control system-3 aircraft joint test(3 aircraft refcr to missile-carrier aircraft,illuminating aircraft.
介绍了一种空空半主动雷达制导导弹与机载火控系统之间射频接口的检测技术和实用试验方法-三机联试,对三机联试的技术难点进行了理论分析,提出了解决方案,用工程方法解决了复杂的实际问题。
4) RF interface circuit
射频接口
1.
The RF interface circuit studied in this paper is the bridge part of the RFID chip communication with the external environment.
研究的射频接口是RFID芯片中数字部分与外界通信的桥梁,因此它在整个芯片中占有至关重要的位置,设计高性能、高可靠的射频接口是RFID芯片正常工作的前提。
2.
The RF interface circuit studied in this thesis studies is the bridge of digital part ofthe RFID chip communication with the external environment.
本文研究的射频接口是RFID芯片中数字部分与外界通信的桥梁，因此它在整个芯片中占有至关重要的位置，设计高性能、高可靠的射频接口是RFID芯片正常工作的前提。
5) RF interface
射频接口
1.
Based on the research work theory for the UHF RFID Reader, a new RF interface circuit of reader is introduced.
在对UHF RFID阅读器工作原理进行分析的基础上,介绍了一种工作在UHF频段下的阅读器的射频接口电路,并确定阅读器的解调方式,重点对零中频解调方式进行了研究。
2.
This paper introduces RFID tag construction,and addresses the key technology of RF interface circuit design on the basis of ISO/IEC 15693 protocol RFID passive tag,and presents design optimization methods of Power generation cireuit,Modulation & Demodulation circuit and Clock generation circuit.
介绍了RFID Tag结构,阐述了基于ISO/IEC 15693协议RFID无源芯片射频接口设计的关键技术,提出了电源产生电路、调制解调电路和时钟产生电路设计的优化方法。
3.
And the structure of the ammeter,the work principle of the RF interface,the choice of devices,the hardware circuit design and the software design of the RF ammeter in- terface are introduced in detail.
为便于谐波电能检测,设计一种基于射频通信的三相多功能谐波电能表,介绍电能表的构成与射频接口工作原理,详细论述电能表射频接口的器件选择、硬件电路设计和软件设计。
6) RFID
无线射频
1.
Technology of RFID and Application on Library;
无线射频RFID技术及其在图书馆应用
2.
Research of RFID Application in Exhibition Logistics;
无线射频技术应用于会展物流的研究(英文)
3.
Although RFID (Radio Frequency Identification)has been applied to the production of many aspects of the society, but has not applied to a wide range of enterprise production management, especially the large metallurgical, and manufacturing sectors.
本文介绍了无线射频(RFID)技术的基本概念及发展现状,给出了一种基于RFID的无人值守智能称重管理系统的总体设计。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条