Taconic 高频板材 医用射频天线 Wearable Wireless Body Area Networks WBAN Taconic天线板材 介电常数 RF-35 / RF-35A2 3.5 TLC 3.0, 3.2 TLP 2.2, 2.33 TLY 2.2, 2.33 RF-60A 6.15 CER-10 10 Dielectric Constant Testing and Test Methods 请选择点击所需要的材料，观看并下载板材资料 Taconic聚四氟乙烯板材技术文章 箱体2.45GHz高频微带天线 Low-Profile Microstrip Patch Antenna for Over-Body Surface Communication at 2.45 GHz 医用射频天线 Antennas and Propagation Considerations for Robust Wireless Communications in Medical Body Area Networks 箱体2.45GHz高频片状天线 Low-Profile Patch Antennas for Over-Body-Surface Communication at 2.45 GHz 使用电磁波带隙改善随身天线效能 Using EBG to improve antenna efficiency in proximity to the human body 使用电磁波带隙结构改良随身天线性能 Improving wearable slot antenna performance with EBG structures 电磁波带隙损耗在天线应用的考虑 Considerations for EBG Loss in Antenna Applications 抢救人员通信渠道κ与μ分布的应用分析 The κ and μ Distribution Applied to the Analysis of Fading in Body to Body Communication Channels for Fire and Rescue Personnel 随身天线在重复多频环境的性能 The Performance of On-Body Wearable Antennas in a Repeatable Multipath Environment 868兆Hz无线电贴身网络的紧凑型狭缝天线 Compact slot-loaded patch antenna for 868 MHz Wireless Body Area Networks UHF随身天线辐射效率在反射暗室的现场测定 In Situ Measurement of UHF Wearable Antenna Taconic板材应用案例介绍 Dielectric Constant Testing The Impact of Conductor Surface Profile (Rrms) on Total Circuit Attenuation in Microstrip and Stripline Transmission Lines High Performance Economical Substrates - Myth or Reality? CL1 Very Low Profile ED Copper Foils for Minimising Passive Intermodulation Effects of Surface Finish on HF Signal Loss Using Various Substrates The Use of PTFE Base Materials High Frequency Test Methods 在点击之间，您便可在Taconic技术资源中心寻找到所需要的技术资料。 回到产品总目录 Corporate Homepage | ©2010 by Taconic | Update: 14/05/2012