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FORCE - A Complete News Magazine on National Security - Defence Magazine
Jamming Modes
The solid-state self-protection jammer
ELT might not ring a bell immediately, but a little digging will tell you that the Italian company has stakes in the multi-billion MRCA deal. Involved in the design and production of electronic warfare systems for defence and security needs, ELT or Elettronica has integrated its ELT/568(V)2 self-protection jammer onboard the Russian Aircraft Cooperations МiG-35 fighter. The solid-state self-protection jammer, a mock-up of which was at the recently concluded DSEi 2009 at London, ensures the aircrafts self-defence from radar-controlled anti-aircraft artillery, air to air and surface to air missiles, as well as provides jamming of air interceptor radars.
The jammer is based on advanced system architecture and incorporates in-house hi-tech components to represent threat responsive solutions. The solid state jammer can operate in a very dense electromagnetic environment against pulse and CW threat emissions. Its power management concept is implemented through a threat tailored ECM response. The stand alone mode of operation jammer has a high degree of integration level with platform avionics and other onboard Defence aid systems. It has internal installations for high band and a slim-line pod for medium band. The system is basically a dual band self protection equipment requiring both internal and podded units to cope with the expected threat scenario. Its main features include its multi-threat tracking capability to effectively cope with simultaneous threats coming from any direction by its two features Firstly, by exploiting its Active Phased Array Antennas featuring electronic beam steering both during transmission and reception mode and secondly, by tailored and fully programmable jamming techniques and programs produced by a multi-role DRFM (Digital RF Memory).
As it has happened today, the systems in service today are increasingly dependent on mission support systems. ELTs Electronic Warfare Operational Support has special emphasis on the design, development, and integration of EW operational support infrastructures together with simulation solutions for EW training purposes. These solutions are usually tailor made for
customers. ELT is mainly focused on developing the following:
EW database management systems based on flexible and open architecture, which allows the management of all EW data coming from intelligence agencies, ELINT Systems, recording systems, loaded into the system automatically and/or manually by operators.
Library Generation and Validations Systems: The system can generate and validate all libraries used by EW equipment installed on air, naval and ground platforms the library data generation system is based on modular design concept implemented by the Missiona Data Preparation Program (MDPP). Each MDPP allows the operator to create, modify, print and maintain, under configuration control, specific equipment libraries. The validation system incorporates both hardware and software sub systems, which can validate EW suite libraries and optimise them using a hybrid simulation bench.
EW Simulation applications for training purposes: the company has longstanding experience in the implementation of the EW training capabilities through specific hardware and software solutions. New Generation EW simulators provide high-fidelity models and powerful real time simulation. The training facility for EW operators, pilots, and experts to ensure full preparedness include Computer-based trainer, EW part task trainer, On board EW simulators and EW modules integrated as part of Full Mission Simulators. The above items can be integrated as part of full mission simulators.
EW Solutions for Mission Planners: the system allows planning of all aspects of an electronic warfare mission, including jamming, data collection and suppression. Also, it can assess the impact of mission planning on enemy sensors to enhance mission success. It provides route analysis tools to determine the best route in terms of user-selected objectives and constraints (e.g. threat analysis, route analysis). It also provides support to the mission planner for automatic and manual determination of optimum route based on terrain masking, threat parameters, threat location, platform Radar cross-section and onboard electronic sensors effectiveness.
Briefing and debriefing tools: These tools provide the operator with the capability to review/replay the recorded mission data for post mission analysis. In addition to providing standard download mission information, it covert it into the appropriate format and distribute such data to specific systems.
The companys major order intake is the domestic market that is in Italy, besides it has an impressive presence in armed force of 28 nations in Europe, Africa, Middle East, South America and Oceania. The maximum order intake is for systems for fighter aircraft (41 per cent), followed by naval systems for ships (28 per cent). Its product line covers a whole range of Electronic Defense systems and equipment (SIGINT, ELINT, ESM, ECM, RWR etc) in the radar bands, as well as support and training
----------------------------------------------------------------------------
IT'S LOOK LIKE IAF HAVE :"PAANCHO UNGLIYAN GHEE MEIN"
and hand on their heads
Jamming Modes
The solid-state self-protection jammer
ELT might not ring a bell immediately, but a little digging will tell you that the Italian company has stakes in the multi-billion MRCA deal. Involved in the design and production of electronic warfare systems for defence and security needs, ELT or Elettronica has integrated its ELT/568(V)2 self-protection jammer onboard the Russian Aircraft Cooperations МiG-35 fighter. The solid-state self-protection jammer, a mock-up of which was at the recently concluded DSEi 2009 at London, ensures the aircrafts self-defence from radar-controlled anti-aircraft artillery, air to air and surface to air missiles, as well as provides jamming of air interceptor radars.
The jammer is based on advanced system architecture and incorporates in-house hi-tech components to represent threat responsive solutions. The solid state jammer can operate in a very dense electromagnetic environment against pulse and CW threat emissions. Its power management concept is implemented through a threat tailored ECM response. The stand alone mode of operation jammer has a high degree of integration level with platform avionics and other onboard Defence aid systems. It has internal installations for high band and a slim-line pod for medium band. The system is basically a dual band self protection equipment requiring both internal and podded units to cope with the expected threat scenario. Its main features include its multi-threat tracking capability to effectively cope with simultaneous threats coming from any direction by its two features Firstly, by exploiting its Active Phased Array Antennas featuring electronic beam steering both during transmission and reception mode and secondly, by tailored and fully programmable jamming techniques and programs produced by a multi-role DRFM (Digital RF Memory).
As it has happened today, the systems in service today are increasingly dependent on mission support systems. ELTs Electronic Warfare Operational Support has special emphasis on the design, development, and integration of EW operational support infrastructures together with simulation solutions for EW training purposes. These solutions are usually tailor made for
customers. ELT is mainly focused on developing the following:
EW database management systems based on flexible and open architecture, which allows the management of all EW data coming from intelligence agencies, ELINT Systems, recording systems, loaded into the system automatically and/or manually by operators.
Library Generation and Validations Systems: The system can generate and validate all libraries used by EW equipment installed on air, naval and ground platforms the library data generation system is based on modular design concept implemented by the Missiona Data Preparation Program (MDPP). Each MDPP allows the operator to create, modify, print and maintain, under configuration control, specific equipment libraries. The validation system incorporates both hardware and software sub systems, which can validate EW suite libraries and optimise them using a hybrid simulation bench.
EW Simulation applications for training purposes: the company has longstanding experience in the implementation of the EW training capabilities through specific hardware and software solutions. New Generation EW simulators provide high-fidelity models and powerful real time simulation. The training facility for EW operators, pilots, and experts to ensure full preparedness include Computer-based trainer, EW part task trainer, On board EW simulators and EW modules integrated as part of Full Mission Simulators. The above items can be integrated as part of full mission simulators.
EW Solutions for Mission Planners: the system allows planning of all aspects of an electronic warfare mission, including jamming, data collection and suppression. Also, it can assess the impact of mission planning on enemy sensors to enhance mission success. It provides route analysis tools to determine the best route in terms of user-selected objectives and constraints (e.g. threat analysis, route analysis). It also provides support to the mission planner for automatic and manual determination of optimum route based on terrain masking, threat parameters, threat location, platform Radar cross-section and onboard electronic sensors effectiveness.
Briefing and debriefing tools: These tools provide the operator with the capability to review/replay the recorded mission data for post mission analysis. In addition to providing standard download mission information, it covert it into the appropriate format and distribute such data to specific systems.
The companys major order intake is the domestic market that is in Italy, besides it has an impressive presence in armed force of 28 nations in Europe, Africa, Middle East, South America and Oceania. The maximum order intake is for systems for fighter aircraft (41 per cent), followed by naval systems for ships (28 per cent). Its product line covers a whole range of Electronic Defense systems and equipment (SIGINT, ELINT, ESM, ECM, RWR etc) in the radar bands, as well as support and training
----------------------------------------------------------------------------
IT'S LOOK LIKE IAF HAVE :"PAANCHO UNGLIYAN GHEE MEIN"
and hand on their heads
