HomeAatmanirbhar BharatDRDO developed AESA based Electronic Warfare (EW) systems

DRDO developed AESA based Electronic Warfare (EW) systems


DRDO developed AESA based Electronic Warfare (EW) systems
Indian Air Force Embraer EMB-145 Airborne Early Warning and Control System



Electronic Warfare (EW) is the use of electromagnetic and directed energy to control the electromagnetic spectrum. The present day EW systems have demanding requirements for the use of Armed Forces on land, air, sea, and also in space. Threats are becoming more and more agile and moving higher in the spectrum, thereby especially putting stringent design criticalities on various technologies for EW systems.


Defence Electronics Research Laboratory (DLRL), Hyderabad is indulged to meet the requirements of EW systems of Indian Armed Forces. The laboratory has designed, developed, and produced a large number of ruggedized systems meeting the state-of-the-art requirements of Army, Navy and Air Force in a dynamically changing operational scenario.

The EW system configuration comprises of antenna, microwave frontend modules followed by digital signal processing hardware, software, and man-machine interface modules.

The laboratory developed the expertise in design and development of each of these functional technologies and also subsequently integrating them towards rugged field deployable systems for user exploitation and induction into the Services.

Microwave modules are heart of any EW system configuration in achieving the desired performance. The state-of-the-art challenges and advancements in microwave and millimetre wave circuits and system design place a heavy demand for highly reliable, SWaP-optimised, fully configurable, and sophisticated modular broadband RF solutions.

Over five decades, DLRL has developed the expertise and technical competence towards custom indigenous design, development, and productionisation of critical MW technology modules over multi-octave bandwidths meeting the requirements of the Services. Towards this wide range of MW technologies ranging from components, RF frontend modules and multi-channel receiver modules were successfully realised, productionised, field installed, and being exploited by the tri-services. State-of-the-art technologies like LTCC modules, multi-chip modules, T/R modules, core-chip, T/R chips and phased-array systems are also being developed and proposed to configure future systems with enhanced performance features.

AESA Electronic Warfare Systems

High Effective Radiated Power (ERP), fast reaction times, High DF accuracies and ability to handle multiple threats are the essential requirements of present day jammer systems. Conventional jammers using TWTs as transmitters along with high gain antenna are mounted on a servo pedestal to achieve wide angular coverage. State-of-the-art next generation EW systems are configured with an active electronic scanned planar antenna array where, each element of the antenna is driven with a low power solid-state amplifier and the phase and amplitude of each element is controlled to form a single sum beam of narrow beam-width, with high gain using spatial combination technique. The active electronic planar antenna array facilitates to form the beam that can steer both in azimuth and elevation planes.

As a technology development, wideband T/R module-based 12X16 active array covering 5-18 GHz is being developed in DLRL. The approach is based on individual MMIC chips, TR, and CORE chips for 28 dBm, 2 w and 4 w respectively. The individual T/R modules are tested and iterations are in progress. Complete AESA system modules comprising of antenna array, plank controller, quadrant RF module, power supply, and other electronics for integration are in advanced stage of development and testing.

RELATED ARTICLES

LEAVE A REPLY

Please enter your comment!
Please enter your name here

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Aatmanirbhar Bharat

All

IAF successfully conducts night vision goggles-aided landing in Eastern sector

The Indian Air Force (IAF) has achieved a significant milestone by successfully landing an aircraft using night vision goggles (NVG) for the first time...

With Project-75I Submarine Acquisition Facing Delays, MDL Shifts Focus to Indigenous 3,000-ton Project-76 Submarine Design

Source : IgMp Bureau Mazagon Dock Shipbuilders Limited (MDL), India's premier shipyard, has announced its intention to develop an entirely indigenous conventional submarine design by...

AMCA 5th Generation Stealth Fighter Updates

AMCA to be integrated with sophisticated indigenous Distributed Aperture System (DAS) that making it a formidable air asset for the Indian Air Force

Source : IgMp Bureau India’s Advanced Medium Combat Aircraft (AMCA) is on the brink of a revolutionary transformation with the integration of a sophisticated Distributed...

AMCA to incorporate the best features of both 5th and 6th Generation fighters: ADA sources

Source : IgMp Bureau India's strides toward indigenous air dominance receive a substantial boost with the green signal for the Advanced Medium Combat Aircraft (AMCA)...

Most Popular

Recent Comments

Archive Months

Miscellanous

Major Tragedy Averted with Timely Detection of IED in J&K’s Rajouri

Amajor tragedy was averted with timely detection of a powerful Improvised Explosive Device (IED) in Rajouri district of Jammu and Kashmir on Sunday,...

India finalising response for action against suspected Chinese spy balloons in future

Source : Asian News International (ANI) New Delhi: Weeks after the US destroyed a suspected Chinese spy balloon over its skies, discussions on the issue...

WORLD BREAKING: Chinese Nuclear Submarine suffers serious accident in the Taiwan Strait

Source : Defence World WORLD BREAKING: Chinese Nuclear Submarine suffers serious accident in the Taiwan Strait Reports that a Chinese Navy (PLAN) submarine, apparently a nuclear...
Visits
error: Content is protected !!