Long pulse width radar is especially vulnerable to over/undershoot and droop, which can be eliminated with Empower RF technology – thus extending radar range and reducing receiver target acquisition time.
Category: White Paper
Key considerations to address when designing a flight test system for the acquisition of avionics Ethernet and Fibre Channel data.
Key items to address when designing a test and simulation system targeted to support high speed switch UUTs.
Key technical considerations for designing test and simulation equipment used to test aircraft systems and stores which employ the MIL-STD-1760E interface.
HUBER+SUHNER has developed a multicoax connector for circuit boards, enabling low reflection transitions from the cable assemblies to the PCB. Designed with the goal of achieving an electrically transparent connection, the MXPM90 provides performance up to 90 GHz and is available in configurations including single and dual rows of eight coax cables with 2.54 mm center-to-center pitch.
Mercury’s close collaboration withXilinx during ACAP’s development allows them to bring a deployable ACAP product line to the market early – the newSCFE6931 Dual Versal AI Core FPGA Processing Board.
Engineered to deliver immediate, actionable insights at the edge, Trenton Systems’ IES 5G Solution is easily deployed at the strategic, tactical, and operational levels for instant communication and real-time data analysis.
New patented rotary swaging technology by HUBER+SUHNER with a flexible inner conductor that is low loss and phase stable. Introducing the SUCOFLEX 500 family.
Increasing Security And Resilience Of Critical Infrastructure Networks With The New 1588-2019 Security Standard
Learn how you can use the new 1588-2019 security standard to increase the security and resilience of critical infrastructure networks.
The evolution of system miniaturization requires the evolution of the cable assembly termination. RF connector manufacturers have developed innovative solderless solutions to specifically address the requirements of small form factor environments.