Electronic warfare (EW) is the use of the electromagnetic spectrum to defend against cyber attacks and to execute attacks. EW can take place anywhere—on land, in air, and even at sea—but to the naked eye, it remains unseen. EW is not as dramatic as more traditional tactics of warfare (think missiles and explosions) but it remains just as vicious. In order to execute electronic warfare, reliable cable assembly is needed.
Engineering Challenges
When it comes to electronic warfare, cable assembly manufacturers need to create cables that are sturdy and reliable. It is imperative that these applications do not fail. Cable assembly components must be able to survive even in the most extreme temperatures and harshest elements. Additionally, applications of electronic warfare need to be as portable as possible. Manufacturers must ensure that they are as lightweight and small as they are rugged, with wide bandwidth support.
Assemblies and Interconnects
Flat cable assembly and interconnects are essential components of EW. For example, navy jets use radar jamming systems, and EW technology that is used to sabotage enemy radar systems. A radar’s jamming system uses a number of cable assemblies as well as interconnects and other connectors. If any of these components break, the entire EW system could fail.
Though radar jamming isn’t considered the most cutting edge—primitive jamming systems date back to the late 1950’s—these previous analog systems have now become digital. Today’s engineers are now focused on new methods to provide a wider range of enemy threat prevention. Current EW technologies have also been created with improved precision and reliability.
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