UHF

Experimental Research of UHF Method for the Detection of Partial Discharge in GIS

特高频法检测GIS局部放电的试验研究

Purpose: For use as UHF oscillator and a UHF mixer a turner of a TV receiver.

用途: 用于超高频振荡器和电视接收机调谐器的超高频混频.

Antenna Design Technology and Optimum Practice for UHF RFID Tag

超高频RFID标签天线设计技术与优化实践

UHF RFID Reader Program code integrity, and can be used directly.

UHFRFID读取器程序的源代码完整, 并可以直接使用.

Present a design of the Emissive Microwave Power Control used for the UHF RFID Reader.

介绍一种用于适用于超高频段以上的射频读写器功率控制方案.

Two components ( antenna and chip ) must be connected together to produce a complete UHF RFID inlay.

两个组件 ( 天线和芯片 ) 必须连接在一起,从而制作出完整的超高频RFID嵌体.

Communications between Satellite Communication Network and HF/ UHF Communication Networks

卫星通信网络和短波/超短波通信网络的互连

Experimental Study on UHF Characteristic of PD Signals in Transformer Oil

电力变压器局部放电信号特高频特性的试验研究

Research and Application of PD Test Technology for Power Transformer Based on UHF Method

基于超高频法的电力变压器局部放电检测技术的研究与应用

Partial Discharge Pattern Recognition of GIS Based on the UHF Signal Characteristics

根据UHF信号特征的GIS局部放电模式识别

Research on Security of UHF Mobile RFID Systems Based on Privacy Protection

基于隐私保护的超高频移动无线射频识别（RFID）系统安全性研究

The plane has UHF and VHF radios plus an instrument landing system.

飞机配备了UHF和VHF无线电以及仪表降落系统.

A new partial discharge ( PD ) location method based on UHF and ultrasonic phased array receiving theory is presented.

提出一种基于超高频和超声波相控接收阵的局部 放电 定位法.

Research on partial discharge in GIS based on UHF method detection

基于超高频检测技术研究GIS中的局部放电

Establishment of mathematical model for partial discharge in GIS using UHF method

GIS超高频局放信号的数学建模

GIS Partial Discharge Detection and Biomimetic Pattern Recognition Based on UHF Method

基于UHF方法的GIS局部放电检测与仿生模式识别

Key Features Analysis of UHF/ VHF Data Transmission Equipment

超短波数传设备的关键技术指标分析

Study on a Noise Rejection Method Based on UHF for Partial Discharge Monitoring

基于UHF和HF的局部放电降噪方法的研究

They also emit UHF waves of 225-400 MHz.

他们也发射225到400赫兹之间的超高频波.

The Design of Digital Logic Controller Circuit for UHF RFID Tag

面向UHF频段应用的RFID电子标签核心数字控制电路设计

Study and Design of UHF RFID Tag Digital System

超高频RFID标签数字系统的研究与设计

Electronic ballast ultrahigh frequency ( UHF ) can avoid the intrinsic problem of acoustic resonance of HID lamps.

采用 超高频 电子镇流器能有效克服高强度气体放电灯所固有的声谐振问题.

Purpose: low noise amplifier at VHF, UHF and CATV band applications.

用途: 用于甚高频 、 超高频和有线电视频段的低噪声放大.

Analysis and Experiment of UHF Method Used in Partial Discharge Detection in GIS

超高频方法用于GIS内局部放电检测的分析及试验

Although the passive UHF tags than low frequency labels are more susceptible to RF interference.

虽然无源超高频标签比低频标签对RF干扰更敏感.

UHF paper tag also known as RFID Label , because it's mainly attached to non-metallic objects.

主要贴附在 非金属 类物品上,又称为[电子标签贴纸].

A novel UHF electronic ballast with dimming feature is proposed in this paper.

本文提出了一种新型可调光的超高频电子镇流器.

Right now, it is uncertain which type of tag , HF or UHF, will dominate the market.

目前还不能确定高频或超高频, 哪种类型的卷标最终将统治市场.

RFID tag in UHF frequency band is more attractive because it is for far distance.

UHF频段有源射频标签由于远距离识别的特点,是RFID的 发展方向,目前国内在这一领域的研发尚处于空白.

Purpose: UHF frequency converter, local oscillator, wide band amplifier.

用途: 用于超高频频率转换, 负载振荡器, 宽频放大.