EW Self Protection Systems.

Transcription

1 EW Self Protection Systems

2 EW SELF PROTECTION SYSTEMS

3 FEATURES Modular & lightweight system design Integration of all threat warning and countermeasure functions Fast and automatic countermeasure application Maneuver recommendations for airborne and naval platforms depending on threat scenario Easy adaptation to emerging requirements due to the open architecture Loading Mission Data File (MDF) on platform Advanced EW operator/pilot interface to minimize the workload for the EW operator/pilot and controlling the whole system from one point Situational awareness for the EW operator/pilot Pulse Description Word recording for RF threats Digital Recording of Intercept File Training function for EW operator training mode Integration with systems on platform Internal Communication Systems Command and Control / Combat Management Systems Navigation Systems Onboard Avionics (for airborne platforms) Radar Altimeter AC/DC Panel Lightings WOW - Weight on Wheel Blanking Firing Control Systems (for land based and naval platforms) TECHNOLOGIES Wide and Narrow Band Digital Receivers Digital RF Memory (DRFM) Solid State Power Amplifiers Active phased array antenna technology Advanced Microwave Module Technology State-of-the-art Algorithm Design Advanced Antenna Design and High Precision Production Packaging and Cooling Technologies Low Acoustic Noise by Liquid Cooling Custom Platform Integration Solutions Field Proven Technology ENVIRONMENTAL MIL-STD -810F compatible Environmental Characteristics MIL-STD-461E compatible EMI/EMC Characteristics EW SELF PROTECTION SYSTEMS Specifications are subject to change without any notice.

4 EW SELF PROTECTION SYSTEMS EW SELF PROTECTION SYSTEMS EW SELF PROTECTION SYSTEMS ASELSAN Electronic Warfare Self Protection Systems (EWSPS) provide survivability in the mission by supplying easy and fast situational awareness for the EW operator/pilot (minimum workload) with fast and automatic countermeasure techniques application in the threat adaptive manner. EWSPS / EW Suite evaluates information from subsystems and platform, performs data fusion and applies suitable countermeasure automatically in the fastest way. Appropriate maneuvering recommendations are provided for airborne and naval platforms as needed. ASELSAN EW self protection systems work in the suite structure, completely designed, developed, manufactured by ASELSAN and have already integrated on a variety of land based, airborne and naval platforms, proving themselves in real field conditions. With the modular architecture integrated around the Suite Central Management Unit, configurations with different subsystems can be arranged to meet different customer requirements. ASELSAN EW Self Protection field of activities possess the following capabilities: SENSORS COUNTERMEASURES EW MANAGEMENT INTEGRATION Radar Warning Receiver (RWR) ESM System (ARES-2) Missile Warning System (MWS) Laser Warning Receiver (LWR) Radio Frequency Jammer (RFJ), ECM/EA System (AREAS-2N) Chaff/Flare Dispensing System (CMDS) Decoy Launching System (DLS), Active Decoys - Expendable Active Decoy (EAD) - Missile Active Decoy AKKOR Active Protection System Suit Central Processing Unit (SCPU) Pilot Display Unit (PDU) Pilot Control Panel (PCP) EW Operator Panel Integrated EW Self Protection Systems Platform Integration of Self Protection Systems together with systems on platform Integration with threat, EW environment, avionic simulators in laboratory

5 SENSORS Radar Warning Receiver (RWR) EW SELF PROTECTION SYSTEMS Threat detection, classification and identification in C-J frequency band Handling of radar signals; Pulse, CW and Complex (any combination of pulse and CW) Simultaneous use of Instantaneous Frequency Measurement (IFM) based receivers and Superheterodyne based digital receivers High Accuracy of Direction of Arrival Long range detection High Probability of Intercept (POI) Fast Response Time Detection capability for threats specified as unknown threat Recording Pulse Description Word (PDW) for radar parameters User programmable Mission Data File (MDF) architecture ESM System (ARES-2 Series) Instantaneous Azimuth and E-J frequency band coverage (optional frequency extension; down to C band, up to K band) Wide-Band Microwave Digital Receiver Architecture High Accuracy Direction Finding High Probability of Intercept (POI) Low False Alarm Rate (FAR) Very Long Range Low Probability of Intercept (LPI) Signal Detection Fast Response Time Capability of Frequency, PRF, PW, Antenna Scan Type/Period parameters measurements Event recording for post mission data analysis Inter/Intra Pulse Digital Recording User programmable Mission Data File (MDF) architecture Off-line Inter-Pulse and Intra-Pulse analysis and EW database update capabilities Different configuration options of EW Suite compatible alternatives Missile Warning System (MWS) Detection of the exhaust plume of the approaching missile in Solar Blind UV Band Low False Alarm Rate (FAR) High Probability of Detection and Declaration High sensitivity and angular resolution Threat tracking and declaration from missile launch phase (allows enough time for countermeasure activation) Handling of simultaneous missile threats Fast Response Time System configuration alternatives with 4-6 sensors Laser Warning Receiver (LWR) Detection of laser designator, beam rider and range finder threats Wavelength Coverage: Band I, Band II, Band III, Band IV (Option) User programmable Mission Data File (MDF) architecture Low False Alarm Rate (FAR) High accuracy of Angle of Arrival High sensitivity and Probability of Detection Fast Response Time Specifications are subject to change without any notice.

6 EW SELF PROTECTION SYSTEMS COUNTERMEASURES RF Jammer (RFJ) Threat specific active jamming for the threats in I-J frequency band User programmable Mission Data File (MDF) architecture Transmitters with Active Electronically Scanned Phased Array Antenna (AESA) architecture and Solid State Power Amplifiers enabling effective and directed RF energy transmission Jamming and deceiving in a dynamic threat environment with Digital Radio Frequency Memory (DRFM) Technology for modern coherent theats ECM/EA SYSTEM (AREAS-2NC) and ECM/EA SYSTEM (AREAS-2N) Directional RF radiation, enabling deceptive and noise jamming techniques in a dynamic threat environment Jamming and deceiving in a dynamic threat environment with Digital Radio Frequency Memory (DRFM) for modern coherent threats Advanced and modern techniques generators Operational frequency bands, Effective Radiated Power (ERP) and the number of transmitter channels in accordance with customer requirements User programmable Mission Data File (MDF) architecture Single or combined ECM techniques Auto, Semi-Auto and Manuel Operation modes Compatible with the Electronic Warfare Suite architecture Interface with Combat Management System (CMS) Stabilized high gain directional and horn antennas in radome (AREAS-2NC) High power solid state amplifier (AREAS-2NC) Active phased array antenna technology with solid state power amplifier (AREAS-2N) Chaff/Flare Dispensing System (CMDS) Auto, Semi-Auto, Manual and By-Pass operating modes User programmable Mission Data File (MDF) architecture Application of optimum countermeasure techniques according to the platform altitude, speed and threat direction Continuous inventory report and warning when payload quantity is critical Simultaneous dispensing of more than one payload Automatic misfire detection and correction with the same type of payload Utilization of standard NATO cartridges and compatibles

7 Decoy Launching System (DLS) Fixed or Trainable Decoy Launching System alternatives designed for naval platforms Trainable Launcher System - NATO standart 130 mm caliber chaff/ir decoy/hybrid decoys - 12 launhing tubes per launcher - 2 launcher configuration azimuth, 60 0 elevation coverage per 5 sn turning speed Fixed Launcher System - Configurable for different platform requirements, - NATO standard 130mm caliber chaff/ir decoy/hybrid decoys - 6 launching tubes per launcher Auto, Semi-Auto and Manual Operation modes, Compatible with the Electronic Warfare Suite architecture Integration with Combat Management Systems (CMS) EW SELF PROTECTION SYSTEMS Expendable Active Decoy (EAD) Protects air platforms against RF guided threats Expendable Active Decoy (EAD) optimized in different frequency bands Digital Radio Frequency Memory (DRFM) for modern coherent threats Programmable ECM Techniques (coherent, repeater and noise jamming) Compatible with on-board Countermeasure Dispensing Systems Fire and Forget Compliance with military standards Missile Active Decoy Deceptive and noise jamming against RF Guided Missiles MK-137 compatible Preflight route planning for effective counter measure Flexible programming via user programmable Mission Data File (MDF) Directional RF radiation Auto, Semi-Auto and Manual Operation modes Combat Management System (CMS) compatible EW Suite compatible AKKOR Active Protection System Provides complete protection against all kinds of anti-tank missiles and rockets for the armored vehicles with an optimum time and the safest distance range from the platform Full active protection suit having both hard-kill and soft-kill capabilities with integrated functionality 360-degree full protection coverage against threats from all directions Fully operational under severe environmental conditions of main battle tanks such as dust, mud, rain, snow, fog; thanks to the fully RF, optics-free hardkill solution Very fast system reaction against low-range asymmetric threats Fully operational to multiple simultaneous threats Provides protection against all types of laser guided missiles and thermal visioning systems by means of effectively generated multispectral smoke screen Integration capability to multiple vehicle types Low collateral damage by means of the direct reaction-to-threat feature, provided by very high resolution Hard-Kill Radar and Smart Hard-Kill Munition solution Directly integrated at system level with other ASELSAN Tank sub-systems, in various tank modernization projects Specifications are subject to change without any notice.

8 EW SELF PROTECTION SYSTEMS EW MANAGEMENT ASELSAN Land Based, Airborne and Naval Electronic Warfare (EW) Suites, integrated around an EW Suite Central Processing Unit, provides situational awareness and threat specific countermeasures during mission. During the Mission, EW Self Protection System Management is responsible for the management of: Threat Sensors (RWR/ESM, MWS, LWR) Navigation Data (INS/IMU) Fusion of the sensor data; detection, classification and identification of RF and EO threats for application of relative countermeasure techniques Sub-Systems Built in Tests and Results (BIT) Operational Mode Selection (Manuel, Semi-Auto, Auto) Loading all MDFs Simultaneously from a Single Point Displaying the Chaff/Flare (Decoy) Inventory Control of Radar Frequency Jamming Advanced EW Operator/Pilot Interface - Audio Warning and Displaying all Threats and Applied Countermeasures with Maneuver Recommendations on a Single Display - Displaying RF Threats Lethality Zones - Pilot Control Panel (for airborne applications) - Automatic application of countermeasures

9 EW Support Center and more Mission Data File generation and validation by testing on hot bench Countermeasure effectiveness analysis and infrastructure for closed loop testing Post mission data reduction and analysis Flight data playback Pulse Description Word (PDW) analysis for RF threats Night Vision Goggles (NVG) compatibility Infrastructure for the support of various communication standards: MIL-STD-1553, RS-485, RS-232, ARINC-429, Ethernet Integration with threat simulators, Radar and EW Simulators, Radar Target Environment Simulators and avionic simulators EW SELF PROTECTION SYSTEMS Specifications are subject to change without any notice.

10 EW SELF PROTECTION SYSTEMS PLATFORM INTEGRATION Platform Identification Platform modelling Platform data (temperature, vibration, shock) EMI/EMC isolation tests Antenna tests and measurements Installation locations Integration Design Structural design Electrical design Human engineering Structural analysis Electrical load analysis Weight and balance analysis Antenna simulations Aerodynamic analysis Thermal analysis Safe separation analysis EMI/EMC analysis Coverage analysis Performance, static a dynamic stability analysis Integration Process Group-A documentation Production of Group-A kits Modification work orders Platform installation Integration Validation Tests Harness tests Modal tests EMI/EMC tests Ground vibration tests Functional checkout tests Safety of flight tests Performance tests Updating Platform Documentation EW Operator/Pilot checklist Platform Manuals Maintenance manuals

11 EW SELF PROTECTION SYSTEMS Specifications are subject to change without any notice.

12 REHİS-EWSPS/ T001 / ASELSAN A.Ş. is a Turkish Armed Forces Foundation company. P: +90 (312) F: +90 (312) rehismarketing@aselsan.com.tr