SECTION 1: INTRODUCTION AND EQUIPMENT DESCRIPTION
REI
OSC-5000E
10
13. OSCOR Triangulate and
Locate
This option utilizes a patented
ranging process (REI maintains
exclusive patent rights to Glenn
Whidden’s patent # 4,399,556)
to triangulate on the location of
an eavesdropping device. (See
page 61 OSCOR Triangulate
and Locate Option.)
14. AC Power Adapter
15. Modular Telephone Cable
Optional Accessories and Upgrades
OSCOR Microwave Downconverter (MDC-2100/MDC-900)
The OSCOR Microwave Downconverter option (MDC-
2100/MDC-900) expands the OSCOR’s frequency range limit
to 21 GHz or to 9 GHz. The term “Downconverter” means that
the MDC takes higher frequency signals and converts a received
microwave frequency down into the operational frequency range
of the OSCOR spectrum analyzer. Microwave signals tend to be
directional, so the MDC features high gain directional antennas.
The MDC options are compatible with the OPC Interface and
the OTL locator options
OSCOR Intermediate Frequency Output (OIF-5000)
The Intermediate Frequency Output provides an IF output of 10.7 MHz for detailed
signal analysis. The OSCOR must be sent to REI for installation.
OSCOR Base Bound Output (OBB-5000)
The OSCOR Base Bound Output provides an external RF output which takes the signal
directly out of the demodulator circuit. The bandwidth of this option is 250 kHz and is
primarily used to feed a signal into an oscilloscope and perform an FFT Frequency
spectrum analysis. In this manner, the user can see any sub-carrier type signals in the
frequency display. The OSCOR provides the ability to see sub-carriers, but this option
provides additional capabilities. The OSCOR must be sent to REI for installation.