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The article focuses on Lockheed Martin's contract to develop the Advanced Range Threat System Variant 3 (ARTS-V3) Variable Aperture Digital Radar (VADR) system for the U.S. Air Force, aimed at training aircrew to engage with advanced integrated air defense systems (IADS) by simulating long-range, high-power surface-to-air missile (SAM) radar threats. It highlights Lockheed Martin's role in enhancing aircrew training capabilities against modern threats.

The article focuses on the survey of radar warning receivers (RWRs) and radar electronic support measures (RESM) systems, used in airborne applications. Topics discussed include the use of RWRs in the European theater, during World War II, to the introduction of radars installed on British and German night fighters; the ability of the radars to guide surface-to-air missiles (SAMs) and air-to-air missiles (AAMs) by the mid-1950s; and the advent of digital receiver technology in RWRs.

The article focuses on naval electronic warfare, highlighting the emergence and the use of radar as a primary means for surveillance, targeting and weapon guidance in the maritime arena. Other topics being presented include the move of navies to develop methods and means by which to disrupt or deceive potentially hostile radio frequency (RF) sensors and the use of to as electronic-countermeasures (ECM) or electronic attack (EA).

The article focuses on radar technology and microwave equipment such as Exceed Microwave's WZ-Series bandpass filters, MiniRF's MRFX9703 transformer, and RLC Electronics' multiplexers.

The article focuses on the use of radar technology, which has evolved into a relatively simple solution which penetrates industrial and consumer market segments, in consumer electronics and industrial applications. Topics about the application of 4D sensing as well as the advancements in silicon and packaging technology are presented.

The article offers information about the low-noise balun aids phased-array radars.

The article reports on the evolution of radar technology. It is said that radar systems are evolving into multiple-function platforms, along with active signal switching and smaller, more efficient antennas. Digital technology, modern data converters such as analog-to-digital converters and digital-to-analog converters have enhanced radar technology.

The article evaluates the commercial-off-the-shelf (COTS) test gear, a Software Defined Radar System (SDR).

The article offers information on commercial-off-the-shelf (COTS) test gear in the radar target generator system can recreate the effects of signals being reflected and deflected by different objects. The generation of signals that represent targets or the reflection of signals from targets is required in exercising a radar system.

The article reports on the use of simulators for the design and development of many different electronic-defense systems. It is said that they are also used in electronic-warfare and radar systems. Mercury Systems Inc., a Big Data processing systems, software and services provider, has used several radar sensors with its Radar Environmental Simulator (RES) systems.

The article presents the first part of a series on electronic warfare decoys which focuses on radar decoys in terms of how they are deployed, how they obtain false targets in the radars they counter, and their operational missions. The three basic missions of radar decoys are saturation, seduction and detection. It compares passive and active radar decoys and notes that radar decoys must be deployed in a way that it is separated from the platforms they protect against radar controlled weapons.

The article focuses on the move to upgrade all Russian-made acquisition radars to meet the needs of the continuing upgrades to the missile systems. It highlights typical modern Russian acquisition radars among the dozens of upgraded radars such as the Big Bird, the VOSTOK E, and the PROTIVNIK-GE 59N6-E radar.

The article focuses on web and video update in relation to radar and microwave development and application. Topics being presented include 5G-Courses.com's new course called the "Private LTE Networks," Centerline Technologies' online store which provides various precision-finished substrate materials in small quantities, and DIY Vector Network analyzer kit.

The article offers information about the U.S. Department of Defense's Defense Advanced Research Projects' (DARPA) Converged Collaborative Elements for Radio Frequency (RF) Task Operations program aiming to build a single RF system that can perform multispectral electronic warfare (EW) system, radar, and communications functions. Other information related to multifunction system acquisition is presented.

The article discusses the application note, "GaN or GaAs, TWT or Klystron--Testing High Power Amplifiers for RADAR Signals using Peak Power Meters," in which Boonton Electronics Corp. explains the reasons for the requirement of peak power meters when characterizing the behavior of pulsed power amplifiers (PAs) used in radar systems. The application note explains the concept with a simplified block diagram of a peak power meter.

The article reports on the successful completion of the Critical Design Review (CDR) of a new electronic warfare (EW) and radar threat simulator being developed for the German armed forces by Elettronica's German subsidiary.

The article discusses several uses of a single-chip radar other than measuring automobile distance, direction, and speed. Topics include the use of radar for preventing collisions among drone aircrafts, their use as automatic garage door openers, and their use for bicycle safety to reduce deaths and accidents.