Mil-spec cable is designed to operate in harsh, demanding environments such as on the battlefield, on-board a Navy ship or a jet fighter, and inside missiles. These environments can be hot, abrasive, and/or corrosive. The individual military specifications are set up to define the intended use of the cable (power transmission, multi-conductor signal transmission, RF (radio frequency) transmission, etc.). The specification will also call out specific requirements for the type of wire used, requirements for internal shielding, the type of jacketing material required, etc. Some examples of mil-spec cable are MIL-C-17 for coaxial cable, MIL-C-24640 shipboard cable, and MIL-DTL-49055 ribbon cable. Mil-spec cable is also commonly used in commercial applications where reliability is crucial.
A comprehensive test regimen can help determine the suitability of microwave coaxial cable assemblies for the final frontier. By Aidan Doran, Senior Product Manager, Space, and John Lewis, Director of Product Management, Defense and Space, Carlisle Interconnect Technologies test Reliability can be defined as performance over time, and in deep-space applications, nothing is more important Read More >>
Heat, shock, vibration, and radiation are all in a day’s work for the special components that explore worlds beyond our own. by Ann R. Thryft The most mission-critical of military/aerospace systems are the ones that go into space, where they encounter the toughest environments. Mil/aero systems must be tough enough on Earth to withstand the Read More >>
US-based aircraft have a new equipment mandate to improve surveillance and communications. The deadline is fast approaching, but operators have numerous options to get compliant. By Alice Tanghe New ADS-B Standards Nearly a decade ago, the Federal Aviation Administration (FAA) set in place a timeline to transition from radar to next-generation, surveillance-based Automatic Dependent Surveillance-Broadcast Read More >>
Summary coverage of the latest, new-to-market connector and cable products New Product News Roundup: April 2018 – Part II Interconnects, etc. AVX’s new 2.5mm 70-9296 Series STRIPT™ insulator-less, single-position, horizontal, poke-home contacts are both the first industrial poke-home connector available without a wire stop, which allows traditional pin jumpers to pass through the back of Read More >>
This week’s product roundup highlights some of the most robust, reliable, and highest-performance wire and cable products available on today’s market. Stewart Connector’s SealJack™ Cable Applied Series preassembled cable assemblies provide high-reliability connectivity in harsh-environment Ethernet applications, including those within the IoT umbrella. They can be customized with IP67 and RJ45 ends using CAT 5e Read More >>
High-speed, lightweight electronics are making soldiers safer and military operations more successful. Bob Stanton, Director, Omnetics Corporation Advanced electronics in high-reliability systems are improving military and aerospace equipment to meet the significant challenges that lie ahead. As new technologies expand and spread around the world, however, so has the potential threat from possible foes Read More >>
Flexible, lightweight, and versatile CNTs are becoming a valuable material in conductor applications for the military and a host of other markets. Carbon nanotubes are one of the most unique and interesting materials developed in the last decade. These products, widely known as CNTs, can be manufactured by various methods, but are most commonly Read More >>
As data speeds rise, the need for shielding can also increase. But shielding adds weight, cost, and can reduce flexibility, so it’s important to shield only when it’s necessary. Determining When to Shield Aircraft Wiring A common question when it comes to designing an aircraft’s electrical wiring interconnect system (EWIS) is which of the Read More >>
Military tech advancements for 2016 will sharpen situational awareness and expand capabilities for the warfighter. Across the Department of Defense, many research and development programs are finding it necessary to change direction in order to adapt to budget cuts. Program managers, expected to advance technology while spending less money, are rising to the Read More >>
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