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Home  /  R&D Centers  /   Strategic Electronics

Strategic Electronics

  • R&D Centers

    • Aircraft
    • Aero Engine
    • Rotary Wing
    • Strategic Electronics
    • Aircraft Upgrade
    • Transport Aircraft
    • Mission & Combat System
    • ASERDC Lucknow
    • ASERDC Korwa
  • About Us
  • Products
The strategic electronic R&D centre was established in 1971 for research and development in communication, radar, mission, navigation and identification systems for Aircraft and Helicopters.
 
Over 40 types of Avionics Systems consisting of secure communication, Identification systems, Radio altimeters, Ground Radars, Flight Control systems, on Board Computers, Navigation, Electronic Warfare, Hybrid Micro-electronics and Space Applications have been indigenously designed and developed.
Key products developed in the above areas  have been successfully manufactured and installed on various aircraft and helicopters. It is an AS 9100:2016 (Quality Management System – Requirements for Aviation, Space and Defence Organization) certified R & D center.

  • System Design
  • Mechanical Design
  • Power Amplifiers
  • Front End Receiver,IF Receiver
  • Embedded Systems
  • System simulation
  • Software Development
  • RF & Digital Signal Processing
  • System Test Rigs
  • Automatic Test Equipment
  • Platform integration and testing

  • MSC / NASTRAN Finite Element Analysis Systems
  • COSMOS / MFEA Software
  • Solid Modeling Software
  • PCB Design Software VISULA

  • Computerised precision machining
  • fabrication facilities
  • prototype production.

  • Cold / Hot / Humidity / Altitude Checks
  • Vibration Test Facility
  • EMI / EMC Test Facility
  • HALT & HASS

With a sustained R & D effort, various types of Avionics Systems have been indigenously developed and successfully produced till now in the fields of secure communication, Ground Radars, Airborne Radars, Flight Control systems, on Board Computers, Navigation and Missile Electronics. The SLRDC, HAL, Hyderabad Products are as follows:

SL No   Product      Function Other info
A Communication Systems
1. UHF Stand by Radio – COM 1150A Provides radio communication in UHF band with AM.  
2. V/UHF Integrated Communication System – INCOM Series Provides radio communication in VHF, UHF bands with AM, FM & ECCM.  
3. Advanced Communication System -ACS 235 Provides radio communication in VHF, UHF bands with AM, FM & ECCM.  
4. Software Defined Radio – SDR Provides Airborne Communication & Networking with reconfigurable waveforms.  
5. SELCAL DECODER – SELCAL The SELCAL Decoder alert the crew with visual and audible indication upon receipt of the acceptable coded signal when ground station wishes to communicate with aircraft.  
6. Analog and Digital Audio Management System – AMU Series and DACS Series Provides Intercommunication between Pilot/Co-pilot/Ground Crew.  
7. Digital Audio Management System- DAMS Provides Intercommunication among Pilot/Co-Pilot/Cabin Crew/Ground Crew. Also provides interface and control to Transceiver, Receiver and Warning Receivers audios.  
8. UHF Data Link Unit – UDLU

UHF Data Link Unit (UDLU) provides Half-duplex LOS data communication in UHF band (450MHz– 500MHz) and is used to exchange Telemetry data, Command control data, Video data and Audio data between Aircraft and Ground. The operational frequency of the UHF Data link system is programmable and selectable by the user with in the specified UHF band.

 
B Navigation Systems
9. Automatic Direction Finder-ARC610 To guide and ground beacon direction finding.  
10. VOR / ILS / Marker & variants- ANS Series Provides navigation for enrouting, landing and approach. This system meets FM broadcast Immunity requirements as defined in ICAO Annex 10.  
11. Distance Measuring Equipment – DME MKII DME (Distance Measuring Equipment) is a polar coordinate type radio air navigation system that provides an aircrew with range information on the ARINC 429 Bus for display on the MFD. The range in nautical miles indicates the distance of the aircraft from the surface beacon.  
12. Distance Measuring Equipment – DME MKII DME (Distance Measuring Equipment) is a polar coordinate type radio air navigation system that provides an aircrew with range information on the ARINC 429 Bus for display on the MFD. The range in nautical miles indicates the distance of the aircraft from the surface beacon.  
13. Tactical Air Navigation- TACAN MKII TACAN MKII (tactical air navigation) is a polar coordinate type radio air navigation system that provides an aircrew with range and bearing (azimuth) information on the MIL-STD-1553B Bus for display on the Mission Computer/ Display. Using this information pilot can fly directly to the particular location or to use the bearing and distance from a specific beacon to fix his geographic location. The range in nautical miles indicates the distance of the aircraft from the surface beacon in T/R Mode and from the other aircraft in A/A Mode. The bearing indicates the direction in degrees with respect to magnetic north in T/R and REC Modes  
C Identification
14. Identification of Friend or Foe (IFF) Transponder- IFF Mk X, XI & XII Series Identification of targets for as Friend or Foe in Mk X, XI & XII modes.  
15. Combined Interrogator & Transponder – CIT Combined Interrogator & Transponder unit catering to Mk XII mode as per STANAG4193 and ICAO Annexure- 10. Functional Modes for the Interrogator include Challenge, Continuous and Tracking mode.  
D Other Systems
16. Radio Altimeter – RAM 1770A Measures of vertical height of the aircraft with respect to terrain up to 5,000 feet with 2% accuracy. ARINC 429 interface, Unit weight 2.2Kg.  
17. Radio Altimeter – RAM 27xx Series Measures of vertical height of the aircraft with respect to terrain up to 20,000 feet with 1% accuracy. MIL 1553B, RS422 and ARINC 552A analog output. Unit weight 3.5Kg.  
18. Automatic Flight Control computer – AFCC Automatic Flight control computer is a modular construct and is interfaced to varioussensors, cockpit controls and actuators. The commands computed from both channels isused to drive pitch, roll, yaw and collective axis in series & trim actuators.  
19. IntegratedControl Computer – ICC The ICC perform the guidance, Navigation and control (GNC) functions to ensure a safe and successful flight/mission under the stated operating conditions. The ICC will be interfaced with various cockpit panels, IFCS sensors, utility, actuators and other Avionics LRUs  
20. Data & Video Recording System – DVRS DVRS records three video input channels (Two DVI & one RGB), two audio input channels, two 1553B bus channels and two RS422 channels for a duration of 8 hrs continuously in 128GB Removable Memory Module (RMM). It also has a provision for Loading and dumping of Mission planning data between MC and DVRS through Ethernet interface.  
21. Solid State Data & Video Recording System – SSDVRS SSDVRS records six video input channels, two audio input channels, two 1553B bus channels and two RS422 channels for a duration of 4 hrs continuously in 128GB Removable Memory Module (RMM). System has one video output with dual redundant for in flight replay of selected video channel.  
22. Solid State Weapon Control System – SSWCS Solid State Weapon Control System (SSWCS) is designed for the management of weapon stores on JAGUAR A/c. The system is capable of configuring the weapons and provide release controls for smart weapons and classical weapons (Bombs, Rocket Pods and Fuel-tanks) in normal mode and emergency mode  
23. Voice Activated Command System(VACS) Voice Activated Command System (VACS) recognizes the pilot voice commands and sends the respective code to Onboard computer on MIL STD-1553B bus. VACS reduces the pilot workload and allows more focus on the critical tasks pertaining to the targets, landing zone, terrain etc. Intended for tuning of the radios, selection of modes, set up of MFD’s, navigational equipment etc.  
24. Radio Proximity Fuze (RPF) Radio Proximity Fuze (RPF) detects the presence of target within a specified range and velocity and generates detonation command to warhead at an optimum instance of time.  
E Utility Management Systems
25. Brake Hydraulic Engine Electrical Monitoring System – BHEEM 1506A Brake Management control and Engine Electrical Monitoring system for LCA.  
26. Starter Electronic Control Unit – SECU Starter Engine Control Unit for Jet Fuel starter of LCA  
27. Air Data Unit – ADU ADU is an airborne system that provides Air data parameters like Pressure, Altitude, Calibrated Airspeed, True Airspeed, Mach number, Vertical Speed and Temperature in the atmosphere with high accuracy and stability based on Pneumatic inputs (Pitot and Static ports) and electrical input (OAT probe).  
28. Turbine Generator Engine Control Unit – TGECU Turbine Generator Engine Control Unit controlling simultaneously the fuel flow of GTEG-60 starter engine.  
29. Twin Engine Control Unit – TECU Twin Engine Control Unit controlling simultaneously the fuel flow of two PTAE-W engines  
30. Full Authority Digital Engine Control (FADEC) The FADEC System is a dual channel real-time onboard engine control system . Each channel provides total Engine Control, Fuel Scheduling, Monitoring and Fault detection considering Engine Limits Management, Over Speed Protection and Safety requirements.  

 

  1. The existing Product Details to be updated are as follows:
SL No   Product      Function Image Hyper link
A Navigation Systems
1. Combined Interrogator & Transponder – CIT Combined Interrogator & Transponder unit catering to Mk XII mode as per STANAG4193 and ICAO Annexure- 10. Functional Modes for the Interrogator include Challenge,Continuous and Tracking mode  
B Other Systems
2. Radio Altimeter – RAM 1770A Measures of vertical height of the aircraft with respect to terrain up to 5,000 feet with 2% accuracy. ARINC 429 interface, Unit weight 2.2Kg.  
3. Radio Altimeter – RAM 27xx Series Measures of vertical height of the aircraft with respect to terrain up to 20,000 feet with 1% accuracy.  MIL 1553B, RS422  and ARINC 552A analog output. Unit weight 3.5Kg.  

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