GPS Jammers PERSEUS military digitial noise in GPS bands,
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  • GPS Jammers PERSEUS military digitial noise in GPS bands,
  • GPS Jammers PERSEUS military digitial noise in GPS bands,
  • GPS Jammers PERSEUS military digitial noise in GPS bands,
  • GPS Jammers PERSEUS military digitial noise in GPS bands,
  • GPS Jammers PERSEUS military digitial noise in GPS bands,

GPS Jammers PERSEUS military digitial noise in GPS bands,


GPS Jammers PERSEUS military digitial noise in GPS bands, 

GPS receivers are developed to protect stationary and moving objects against high accuracy weapons equipped with GPS-aiming and guidance system and against topographical referencigging of objects using GPS coordinates. 

The devices provide a reliable locking of the receiver navigation signals that use codes C / A, P (Y) and M. V make this signal interference is synthesized in such a way that it is received as a simulation of the actual signal from the satellite to receive the path of the GPS receiver regardless of the type of code used: whether it is C / P (Y) or M and synchronization algorithm, regardless of the use of tiered antennas in the receiver.

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GPS Jammers PERSEUS military digitial noise in GPS bands, 

GPS receivers are developed to protect stationary and moving objects against high accuracy weapons equipped with GPS-aiming and guidance system and against topographical referencigging of objects using GPS coordinates. 

The devices provide a reliable locking of the receiver navigation signals that use codes C / A, P (Y) and M. V make this signal interference is synthesized in such a way that it is received as a simulation of the actual signal from the satellite to receive the path of the GPS receiver regardless of the type of code used: whether it is C / P (Y) or M and synchronization algorithm, regardless of the use of tiered antennas in the receiver.

The device is designed to protect stationary and moving objects against high accuracy weapons equipped with GPS-aiming and guidance system and against topographical referencigging of objects using GPS coordinates. 

The device provides a reliable locking of navigation signal receivers that use codes C/A, P (Y) and M. While signal interference is synthesized, it is accepted as a simulation of the actual signal from the satellite by receiving the path of the GPS receiver regardless of the type of code used: whether it is C/P (Y) or M and synchronization algorithm, regardless of the use of tiered antennas in the receiver.  

The apparatus may be placed either on a transport platform (vehicles, helicopter, UAV and others) or on fixed installations. It is powered either from the vehicle's on-board network or from a 220 (240) / 50 (60) network via an adapter. The operator can control the remote control wire device.  

The built-in digital diagnostics system has an alarm about any glitches.  

The device does not require any tuning and customization and is ready for operation when the power is switched on.

Competitive advantages:

• Simulation of signal interference

• Universal installation (helicopter, aircraft, UAV, motor vehicle, stationary)

• Easy-to-operate

• Built-in digital diagnostics system

• Design complies with military standards

Technical parameters:

 Frequency range, MHz L1, L2 and L5  

 Integral output power (with impedance of 50 ohms) not less than 21W

 Ducting technology defeat signal Digital

 Power supply, V On-board vehicle 12/24 or mains 220 (240) / 50 (60)

 Continuous operation time, hours, no less than Unlimited

 The construction complies with MIL STD 810F and IP 65 standards

 Operating temperature range, ° С -40 ... +60

 Dimensions (w / o fasteners), mm 300x245x61

 Weight (without antenna by system feeder), not more than kg 6,2

Product from the group "Special Mode"

The product of a group of "special regime"

gps jammer military
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