NDR-V1000 DDS Programmable Convoy Jamming System
With the successful completion of 2008 Olympic event, NDR is pleased to carry on its counter-terrorism mission by being awarded to supply second generation of NDR-V1000 Programmable DDS Convoy Jamming System to upcoming 2010 World Expo Exhibition.
The new generation of NDR-V1000 Programmable DDS Convoy Jamming System adopts the most advanced signal source processing technology, as well as mass computer imitation and CAD design. The stability and reliability of NDR-V1000 had been identified and approved by lots of heads of state and international government agency clients already.
Richard Barnett, President of NDR Resource International, Inc, said: "8 units of NDR-V1000 will be supplied to Security Committee of 2010 World Expo in next 6 months to keep this upcoming event away from potential RCIED threats."
NDR-V1000 Digital Programmable Convoy Jamming System is using PLL Frequency Synthesizer and DDS frequency synthesizer with military grade components to ensure the stability of such jammer. By adding pseudo-random noise code and white noise in the launch of the spectrum to effectively control a variety of digital communications. For the digital remote control devices, the NDR-V1000 system has the deceiving function of pseudo-random code to overcome the shortage of pure jamming and sweep-blocking which do not meet the current needs of the actual operation requirements, in particular to the remote control devices with a very strong jamming capability on background noise, using ASK and FSK modulation.
Because of the unique signal source processing way of the NDR-V1000 Convoy Jamming System, there is a much higher requirement for power amplifier than traditional barrage jammer and frequency sweeping jammer (NE555 circuit), which only require certain amount of saturated power output from amplifier modules. We apply the most advanced 6th generation LDMOS components to our Class AB amplifiers which ensure the effectiveness of NDR-V1000 Jamming Systems.
Photo:
http://www.prlog.org/
