Ultra Accurate RTL2832U/R820T 0.5 PPM TCXO USB SDR w/ ADSB Compatible Male MCX Antenna

UserGuide Archive:

http://wyjen.com/datasheets/WRX000-5V-WIQU05C-SDR-A_datasheet.pdf

USB dongles implementing the Realtek RTL2832U can be used asan inexpensive high performance SDR because the chip can be configured to send the raw I/Qsamples to the host (Linux/Windows/MAC PC, iphone, Android), which isofficially used for DVB-T/DAB+/FM demodulation.  This RTL2832/R820T chipset uses a 0.5 PPM TCXO with plastic housing. The accuracy of the 0.5 PPM allows for added precisions of applications requiring high performance clocking.   Antenna is included.  SDR is optimized to work with 3ft maximum USB cable or direct into to USB PC.
 

At the university level this type of technology can become aninvaluable research tool as it allows for the development of the SW prototypebefore any actual HW development. 

 Also, If the user prefers, thisdevice can be used in an end product because of the PCB mounting holes and theUSB interface can be connected directly to a host processor. Interested partiesmay contact WyJen Technologies for questions.

Applications

1.  FM: both narrow band and wide band. The former is used on two way radio systems such as emergency services and private radio networks (like couriers and taxis) and UHF CB.  The latter is the usual broadcast FM which most people are familiar used in their home or vehicle. Aircraft, boats and ships also use narrow band FM which can be listened in on using RTLSDR. The SDR# software can receive both narrowband and wideband FM and the latter which includes FM stereo.
2.  ADS-B.  The ADS-B application software can be downloaded from www.rf-connect.com/sdr-software.
3.  AM: Most AM transmissions are below the bottom frequency of RTL SDR dongles. You will need a translator to get these frequency bands.
4.  Upper/Lower Sideband (USB/LSB). See AM above.
5.  CW: Continuous wave for morse code enthusiasts.
6.  With GNURadio you can receive and demodulate digital modes such as pagers (POCSAG), ADS-B (aircraft positions), AIS (ship positions), AP25 and TETRA (digital trunk radio) and many others.
7.  Satellite reception including receiving ham transmissions from the International Space Station are possible.