Resumes
Resumes
Saulius Janusas Phones & Addresses
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Jamaica, NY
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St Pete Beach, FL
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1 Highland Ave, Sea Cliff, NY 11579
Publications
Us Patents
Wireless Microwave Interferer For Destructing, Disabling, Or Jamming A Trigger Of An Improvised Explosive Device
View pageUS Patent:
8068048, Nov 29, 2011
Filed:
Apr 18, 2008
Appl. No.:
12/148354
Inventors:
Saulius Janusas - Sea Cliff NY, US
International Classification:
G01S 7/38
US Classification:
342 14
Abstract:
A wireless microwave interferer for destructing, disabling, or jamming a trigger of an improvised explosive device. The interferer includes a power source interface, a control and monitoring panel, a waveform generator, a modulated HV power supply, at least one microwave generator, a waveguide to co-ax transformer and combiner, one of an ellipsoidal antenna and a spiral antenna, and an antenna adjustment mechanism. The power source interface interfaces with a power source. The waveform generator is connected to the modulated HV power supply and to the control and monitoring panel. The control and monitoring panel is connected to the power source interface, the modulated HV power supply, and the antenna adjustment mechanism. The modulated HV power supply is connected to the at least one microwave generator. The at least one microwave generator is connected to the waveguide to co-ax transformer and combiner.
Device For Damaging Electronic Equipment Using Unfocussed High Power Millimeter Wave Beams
View pageUS Patent:
57775729, Jul 7, 1998
Filed:
Jun 12, 1996
Appl. No.:
8/662813
Inventors:
Saulius Janusas - Sea Cliff NY
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
G01S 738
US Classification:
342 13
Abstract:
A device for damaging electronic equipment has a millimeter wave generator, such as a gyrotron oscillator, for producing very high power millimeter waves. A beam former antenna forms the millimeter waves into narrow beams for distance transmission. An antenna coupled to the gyrotron directs narrow beams of the millimeter waves to selected targets, whereby the beams damage electronic equipment at the targets. The millimeter wave generator produces frequencies ranging from about 100 to 140 GHz at 20 millisecond megawatt pulses at 400 kilowatts CW.