Written through a well known specialist within the box with greater than 24 years of expertise, this publication explores digital conflict (EW) purposes and strategies and the radio frequency spectrum, with basic emphasis on excessive frequency to microwave. an in depth source might help entry-level engineering body of workers in EW, army group of workers with out radio or communications engineering history, technicians and software program execs comprehend the elemental strategies required for modeling and simulation, in addition to constancy and different sensible features of simulation layout and alertness. transparent reasons of vital mathematical suggestions, equivalent to decibel notation and round trigonometry are supplied. This informative reference explains easy methods to facilitate the new release of sensible laptop types of EW gear. in addition, it describes particular different types of EW apparatus, how they paintings and the way each one is mathematically modeled. The ebook concludes with an outline of many of the forms of versions and simulations and the methods they're utilized to education and gear trying out initiatives.

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Additional resources for Introduction to Electronic Warfare Modeling and Simulation

Example text

When the attacking aircraft gets close enough to the radar that the radar can acquire a track, the radar is said to burn through the jamming. The radar-to-target range at which this occurs is called the burn-through range. In general, a standoff jammer can prevent a radar from locking on to a protected aircraft, but does not have enough power to break the lock of a radar that is already tracking the protected aircraft. 40). Thus the jammer has the advantage, being no farther from the radar than the target.

The transmitted jamming signal is increased by the jammer antenna gain (not the radar antenna gain) and is increased by receiving gain of the radar antenna only if the jammer is located on the target. 1), which have much less antenna gain. Another complicating factor is that the skin return to the radar is reduced by the fourth power of the distance from the radar to the target, while the jamming signal is only reduced by the square of the jammer to radar receiver distance. 37 Communication-jamming J/S factors.

The missile analyzes the pulse pattern to determine the steering corrections it must make to home on the target. The primary countermeasure against heat-seeking antiaircraft missiles has been the launching of flares by the attacked aircraft. 46. The latest missile trackers have so-called two-color discrimination, which allows them to determine the temperature of the target being M i r r o r s (symmetrical) IR dome 7ensin cell f Incident radiation -1 Optical axis . - . I I . I . 45 IR missile seeker.