《ADS应用详解——射频电路设计与仿真》 【作者】 陈艳华 李朝晖 夏玮 【编辑】 刘浩 【ISBN】 978-7-115-18407-8 介绍使用ADS进行射频电路设计和仿真的基础知识和方法。内容涉及射频电路的基础理论、ADS的基本概况以及ADS各种仿真功能，书中完整地介绍了6个利用ADS进行射频电路设计与仿真的实例，包括功率分配器、射频滤波器、低噪声放大器、混频器、压控振荡器和收发机。 分卷压缩的，这是第一部分，下载后放在一起才能解压。 part2：http://download.csdn.net/source/1435567 文件较大，网速慢的朋友请耐心下载。 其它有用资料： 《ADS2009射频电路设计与仿真》范例 part1：http://download.csdn.net/source/3327661 part2：http://download.csdn.net/source/3327724 Agilent提供ADS2009自由下载，不用注册，并可申请试用license, 地址在 http://www.home.agilent.com/agilent/download.jspx?cc=US&lc=eng&nid=-34346.870777&pageMode=DL

非常权威但又浅显易懂的天线设计入门级手册

上海交大通信基本电路英文班教材的答案，很难找到。希望同学能好好利用

lumped elements for rf and microwave circuits

RF,IC,NFC,S50F工具集 ,绝对全集，不来虚的，目录如下， 无线电频谱划分.txt ├─android │ Letao_src.rar │ MifareClassicTool-1.8.0.apk │ Mifare_安卓_IC卡_读写 Mifare Classic Tool_1.7.3.apk │ nfca.txt │ NFCa[NFC模拟].apk │ NFC_TEST_src.zip ├─CPU卡 │ CPU_卡技术-CH_4-非接触式_IC卡.ppt │ CPU卡安全认证技术.pdf │ CPU卡技术2.ppt ├─M1_Tools │ │ ACS EasyKey.exe │ │ ACS Mifare key Management Tool.exe │ │ ASCII码随心换V3.0.0.2.exe │ │ crapto1gui.exe │ │ fixdump[convert_1k-4k].exe │ │ Mifare card write.exe │ │ MIFARE classic card recovery tools[for UID]207.exe │ │ MIFARE recovery process.txt │ │ PCSC 207 mifare oper.exe │ │ PCSC Mifare Programmming.exe │ │ PCSC Mifare 操作软件.exe │ │ 校验-CheckTool.exe │ │ 校验-异或计算器.exe │ ├─M1卡服务程序mfocgui │ ├─MifareOfflineCrackerGUI_v29 ├─M1_资料 │ 2008-esorics.pdf │ A Practical Attack on the MIFARE Classic.pdf │ Conditional Multiple_.pdf │ Dismantling MIFARE Classic.pdf │ Dismantling-MIFARE-Classic.pdf │ Mifare classic默认密钥列表.txt │ mifare卡的初值说明及使用方法.doc │ openpcd_v04-sch.pdf │ openpcd_v04_place.pdf │ Pickpocketing.Mifare.pdf │ Proxmark3使用案例 - RadioWar Wiki.mht │ RFID破解三两事 - 网络安全 - 红黑联盟.mht │ THE DARK SIDE OF SECURITY BY OBSCURITY.pdf │ The-MIFARE-Hack.pdf │ Wirelessly Pickpocketing a Mifare Classic Card.pdf ├─NFCTools │ nfc-emulate.exe │ nfc-list.exe │ nfc-mfclassic.exe │ nfc-mfultralight.exe │ nfc-poll.exe │ nfc-relay.exe │ nfc.dll │ nfcip-initiator.exe │ nfcip-target.exe └─红外遥控器 万能学习型红外遥控器制作.pdf 常用万能学习型红外遥控器设计资料.pdf 红外学习型遥控器的设计.doc

Steve Cripps关于Power Amplifier的第二版的书，值得参考

A great deal has changed since Chris Bowick’s RF Circuit Design was first published, some 25 years ago. In fact, we could just say that the RF industry has changed quite a bit since the days of Marconi and Tesla—both technological visionaries woven into the fabric of history as the men who enabled radio communications. Who could have envisioned that their innovations in the late 1800’s would lay the groundwork for the eventual creation of the radio—a key component in all mobile and portable communications systems that exist today? Or, that their contributions would one day lead to such a compelling array of RF applications, ranging from radar to the cordless telephone and everything in between. Today, the radio stands as the backbone of the wireless industry. It is in virtually every wireless device, whether a cellular phone, measurement/instrumentation system used in manufacturing, satellite communications system, television or the WLAN.