The Hobbyist's Guide to RTL-SDR

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RTL-SDR是一款廉价的软件无线电硬件平台,该书内容包括软件无线电的简介、RTL-SDR的简介、RTL-SDR的配置、RTL-SDR结合SDR#和GNU-Radio进行频谱感知实验的操作步骤,注意事项等,是一本不可多得的好书。
TABLE OF CONTENTS The hobbyists Guide to RTL- SDR Preface Introduction What is Software Defined Radio (sdr? What is The rTL-sdr? What equipment do i need to get into RTL-SDR? RTL-SDR Technical Specifications RTL-SDR ADC RTL-SDR Bandwidth Input Impedance RTL-SDR Current Usage RTL-SDR Minimum PC Specifications RTL-SDR Compatible Dongles Tips for Buying RTL-SDR Dongles R820T Packages Other SDRs worth mentioning Software Defined Radio Basic Theory Setting up and using your RTL-SDR SDR# Setup Guide ( tested on Windows vista/7+ XP Troubleshooting Guide SDR Sharp Users Guide Main Settings Other Settings Setting the re gain Setting the PPM correction SDR Sharp Plugins SDRSHarp Minoutput sample rate Compiling SDR# On Linux with Mono Other General Purpose Scanning Software HDSDR Setup Guide SDR-RADIO. COM V2 Setup Guide GORX LINRAD Installing the RTL-SDR Drivers on Linux RTL FM Examples of RTL MUse Linux with preinstalled rtl-sdr and live dvds KB101Q-Andy's Ham Radio Linux Kali linux Porteus GNU Radio Live dvd RTL-SDR Misc Information RTL-SDR Crystal Tolerance RTL-SDR DC Spike RTL-SDR Spurs RTL-SDR Images RTL-SDR Frequency Drift Using Multiple dongles with the Same Serial Number Max Number of Dongles per USB Port RTL-SDR Improvements and Modifications Low Noise Amplification Receiving LF/MF/HF(0-30 MHzI 1 Direct Sampling Mode uPconverters Positioning your rTL-SDR Dongle 1 Use an active USB repeater cable or hub 2) Use a mini embedded or remote computer to transmit the signal wirelessly to your Pc Dongle Shielding and Noise reduction Common Sources of noise Dongle USB Cable grounding Improvement USB Cable ferrites Preselector filters Coax Stub Filter Improving the stock Antenna Calibrating the rtTL-SDR Audio Piping General Frequency Guide ACARS Receiving guide Introduction to acars ACARS Tutorial (Windows) ADS-B Receiving Guide ADS-B Introduction ADS-B Tutorial Feeding data to flightradar24 com NOAA Weather Satellite(APT Guide Introduction to noaa weather satellites NOAA Weather Satellite receive tutorial Weather Balloon(Radiosonde guide Radiosonde receiving Tutorial Marine Automatic Identification System(AIS) Guide AIS Tutorial AIS Antenna guide Software Tutorials Decoding VHF Data Link Mode 2 (VDL2) Introduction toⅤDL2 Decoding vdl2 with multiPSK KG-VDL Air Traffic Control Scanner guide SDR# Frequency Scanner DAB Radio guide DAB Receive tutorial Receiving Analogue TV(PAL/NTSC) Guide Guide to Listening to Trunked Radio: Analogue and Digital P25 Unitrunker voice Trunking Following Tutorial Decoding Digital Voice(P25/DMR/Mototrbo/NXDN/Pro voice Tuning DSD+ CTCSS Trunked radio Pager Decoding Guide Tutorial Other decoders Radio Astronomy Guide Observing the Hydrogen Line and Galactic Plane Meteor scatter detection HF Modes Decoding Guide Shortwave broadcast radio CW(Morse Code RTTY STANAG 4285 SST Digital SSTV WSPR Marine hf modes Differential GPS(DGPS Digital Radio Mondiale(drM guide HFDL Decoding guide D-STAR RTL-SDR for android SDR Touch Wavesink USB ADSB RTL-SDR SDR Weather ceiving 10 ghz beacons GNU Radio Introduction GNU Radio Program: FFT Display GNU Radio Program: WBFM Receiver GNU Radio Program: Compiling a WBFM-RDS Receiver Compiling RTL-SDR Drivers from Source on Windows Compiling with Ming w Compiling using visual C++ 2010 Panadapter guide RDS Receiving Guide APRS Guide APRSISCE/32 AGW Packet Engine and Tracker MDT Decoding guide More information and references. USing multimonNG on Linux and windows Using RTL TCP Streaming MP3 FM With Linux: RTL FM Heat Map Band Scan RTL POWER Flags RTLSDR Scanner Train Telemetry Data Decoding Decoding Funcube Satellite Telemetry Decoding Orbcomm Satellites ISS Satellite Reception Weather/Temperature Sensor Decoding Guide Decoding Smart Power Meters NRF24L01+ Decoding Analyzing Unknown Signals audacity MiniModem Receiving and Tracking GPS with the RTL-SDR Active GPS Antennas and Bias-T's Projects For the Future and Better sdr's HRPT Software dvb-t decoding DECT Cordless phones Other Interesting Projects People Have Done with the RTL-SDR DVB-THDTV on linux Drivers DVB-T TV Watching Software DVB-T on Windows Quick Way to Change between DVB-T and SDR Drivers on Windows Vista/7/8 Antenna Guide Antenna ESD Safety Antenna Adapter guide Coaxial Cable guide Antenna Gain/Directivity Radiation patterns Antenna Design Frequency Standing Wave Ratio (SWR) Antenna polarization Antenna Positioning VHF/UHF Example Antennas Discone(Broadband Antenna) Scantenna (Broadband Antenna 14 Wave Monopole ground plane Whip Dipole J-Pole/ slim jim Collinear Spiral Turnstile/ Cross Dipole Quadrifilar Helix(OFHI Active gPs patch Yagi Uda PCB ADS-B Antenna HF Antennas Long wire/Random wire Magnetic Loop Appendix A: Audio Piping Stereo mix VB Cable Virtual audio cable Setting the Sample rate Appendix B: Radio Basics Propagation Bandwidth Modes Decibels(dB to Times Appendix C: Multimode Decoders list Last words Where to Get More help Errata Updates Legal Stuff PREFACE In February 2012 the first FM radio signal was received with an rtl2832U RTL- sdr dongle using custom sdr drivers. Since then tens of thousands of hams, security researchers, hackers, makers tinkerers, students and electronics enthusiasts have purchased rtl sdr dongles to use as a very cheap software defined radio This book is intended to be a comprehensive guide for hobbyists on the use of the rtl-SDr dongle The book consists mainly of tips to get the best out of your RTL-sdR and tutorials for the various interesting projects that can be done using the dongle The information and tutorials in this book are up to date at the time of writing, Because SDR technology and its supporting software is evolving at such a fast pace, we cannot guarantee that they will work without the need for some tweaking in the future We will do our best to keep this book updated If you discover any mistakes, missing information or just have any feedback on the book please feel eetocontactmeatrtlsdrblog@gmail.com Tips for reading on Kindle: Be sure to adjust the font size settings to your preference as the default font size can be very large. All Kindle readers have this setting in their options or toolbars. The free Calibre software is another good alternative for reading this book INTRODUCTION WHAT IS SOFTWARE DEFINED RADIO (SDR)? In traditional hardware radios, the mathematical operations required to decode and process radio signals are performed using analogue circuitry. Recently, computers have become powerful enough to perform the required mathematical calculations in software. hence the term software defined radio This has led to advanced radios that previously required complicated analogue hardware now being able to be implemented easily in software. This has reduced the cost of advanced radio capabilities such as wideband tuning and waterfall displays WHAT IS THE RTL-SDR The rtl-sdr is an extremely cheap software defined radio which is based on DVB-T TV(Digital HD TV USB receiver dongles that have the rtl2832U chip in them. It was discovered by hardware hacker Eric Fry, Linux driver developer antti Palosaari and the Osmocom team who were developing their own sdr that the rtl2832u chip had a mode which enabled sdr Today, by using custom software drivers, a commonly used cheap tv dongle(under S30 USD)can then be turned into a sophisticated SdR with features that would have until recently cost in the hundreds to thousands of dollars Of course, the performance of these dongles will not match a dedicated SDR, but they perform extremely well for the price, and almost all hobbyist projects that can be done with expensive radios or sdrs can also be done with the rtl-sdr A wideband SDR opens up many interesting possible projects and avenues to explore. Some applications of the rtl- sdr include the following, some of which will be discussed in more depth in the project tutorials chapter Listening to unencrypted police/ambulance/Fire/ems conversations o Listening to aircraft traffic control conversations Tracking aircraft positions like a radar with ADs-B decoding Decoding aircraft aCars short messages Scanning trunking radio conversations Decoding unencrypted digital voice transmissions Tracking maritime boat positions like a radar with ais decoding Decoding pocsag/fleX pager traffic Scanning for cordless phones and baby monitors Tracking and receiving meteorological agency launched weather balloon data Tracking your own self launched high altitude balloon for payload recovery Receiving wireless temperature sensors and wireless power meter sensors Listening to VhF amateur radio e Decoding ham radio aprs packets Watching analogue broadcast Tv Sniffing GSM signals Using rtl-sdr on your android device as a portable radio scanner Receiving gps signals and decoding them. Using rtI-sdr as a spectrum analyzer Receiving noaa weather satellite images Listening to satellites and the Iss Listening to unencrypted military communications Radio astronomy. Monitoring meteor scatter Listening to FM radio, and decoding rds information Listening to dab broadcast radio Use rtl-sdr as a panadapter for your traditional hardware radio Decoding taxi mobile data terminal signals Use rtI-sdr as a true random number generator Listening to amateur radio hams on SSB with LSB/USB modulation Decoding digital amateur radio ham communications such as CW/PSK/RTTY/SSTv Receiving hf weatherfax Receiving digital radio monodiale shortwave radio (drm) Listening to international shortwave radio Looking for radar signals like over the horizon(oth) radar, and HAARP signals WHATEQUIPMENT DO I NEED TO GET INTO RTL SDR? All one really needs is the following An rtL-sdr dongle An antenna for your project(purchased or home built Some coax cable and an adapter to connect the rtl-sdr to the antenna A computer RTL-SDR Software(most of which is free Furthermore, you can get more advanced with some extras An upconverter to receive the hf bands(0-30 MHz) A low noise amplifier (lna) to improve reception. e Preselector filters to filter noise Placestobuytheseproductscanbefoundathttp://www.rtl-sdr.com/buy-rtl-sdr-dvb-t-dongles/ RTL-SDR TECHNICAL SPECIFICATIONS 22-2200 MHz Tunable Range(Approx depends on tuner model) 3.2 MHz max bandwidth( 2. 8 MHz stable) e 8-bit ADC giving 50 dB dynamic range

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jeromechen2008 非常好的资料,很难找到的,多谢分享!
2018-03-06
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zDeveloper 学习RTL-SDR的好资料!
2017-11-20
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