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Electronic Support Measures |
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| The modern
electronic battlefield continues to see higher densities of
electromagnetic pulses and increasingly complex signals.Robust,
high-capacity , high probability-of-intercept radar warning
receivers are essential for coping with this enviromment.
Integration into networked shipboard, avionics, and battlefield
architectures to accomplish off-board reporting of data demand
full and accurate parametric signal descriptions. The
instantaneous frequency measurement-based radar warning
receivers by Sensys Technologies Inc. provide these features in
a scaleable and affordable product.
- Stand-alone threat warning capability to intercept signals of interest in dense EW environments and in the presence of strong interfering emitters, generate a parametric description, match it to the user data file (UDF), and display the results in less than one second. - Scaleable processing design to accomodate the densest signal environments. - Instantaneous detection, identification, and characterization of complex emitters. - A UDF accommodating 15,000 emitter modes - Pre- mission UDF tailoring for anticipated mission environment and operational flight profile (OFP). - Automatic built-in test (BIT) and continuous status monitoring for operator alert. - Recording of all parametric intercept data, signal environments, threat file data, and BIT data. - Direction of arrival (DOA) capability. - Complete logistics support packages. - Open architecture. |
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Warning System 3 |
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| Family of
Electronic Support Measures/Radar Warning Receivers:
High Probability of Intercept (HPI) Receiver- U.S. Navy Submarinr fleet Astecs- U.S new attack submarines (NSSN) Jaguar- U.S. Special Forces Mark Vand Coastal patrol Roadrunner - Trailler mounted mobile harbor surveillance/defense WBR-2000- International platforms Falcon - Developmental airborne system Aiews- Development team member with Lockheed Martin Each features the case of use, advantageous price/performance ratio, and high reliability that make these receivers the solution of choice for all applications requiring wideband, high probability of intercept, full parametric description of signals, fast response, and automad operation, especially where high capacity and robustness in the presence of strong interfering emitters are important. The open architecture, industry standard interfaces, and commercial off-the-shelf design philosophy ensure future supportability and easy technology refreshment. |