MAE's 28 Oct. panel will explore how commercial space initiatives, modular architectures and high-reliability components are influencing satellite electronics design. This free...
Learn how electromagnetic interference affects aircraft avionics, where unwanted signals originate and how engineers test and protect electronic systems.
Explore how radiation-tolerant electronics, embedded computing, software-defined systems, and automated test are enabling more resilient, adaptable military space missions.
Powell Electronics and Nicomatic discuss the challenges of designing compact, high-reliability electronic systems for harsh environments. The conversation will explore key connector...
Selective soldering enables more precise soldering of through-hole components. However, there are several variables that can impact quality if not addressed in process design....
Discover how phase-invariant RF cable assemblies can help maintain signal integrity and system performance across wide temperature ranges in harsh environments and mission-critical...
Explore the technologies shaping the next generation of space electronics, from miniaturized, high-speed systems and advanced sensors to innovative approaches for radiation protection...
Can aerospace programs reduce the burden of physical testing without compromising certification confidence? Explore how Virtual + Real testing combines simulation and physical...
Design smarter with the proper vision system. Explore next-gen vision systems for aerospace and production applications, from advanced imaging to mission-critical integration....
Aerospace and Defense Applications Demand Rugged, Reliable Connectors By David Pike for Mouser Electronics The aerospace and defense (A&D) industry delivers platforms and ...
Our 28 Oct. panel will explore how commercial space initiatives, modular architectures and high-reliability components are influencing satellite electronics design. This free ...
Potential applications include level, distance, and pressure sensors; light barriers; position switches; measuring transducers; and fieldbus and peripheral devices with limited...
AUTOWARCOM is intended to coordinate autonomous capabilities across the military services and speed the transition from development to fielded systems.
Defense engineers are using MOSA, SOSA and other open architectures to improve interoperability, accelerate technology upgrades and reduce vendor lock-in.
As attritable UAS proliferate, a critical vulnerability is emerging: the mission data stored onboard is often far more valuable than the aircraft itself.
The second-generation SiCore platform is designed to achieve the same specific energy using existing manufacturing equipment, processes, and cell formats across Amprius' contract...
Positioning is integrated into Elsight’s Halo mission-enablement platform, which combines cellular, satellite, and radio-frequency (RF) communications into a resilient connectivity...
Redesigning the units requires engineers to replace obsolete components while preserving their functionality and interfaces with the aircraft's avionics architecture.
The components increase the rated voltage from 250 VAC in the earlier C201371A series to 300 VAC. ITG also specifies dielectric strength of 2,100 volts RMS, compared with 1,500...
APKWS converts unguided 70-millimeter rockets into precision-guided munitions by adding a laser-guidance section between the rocket motor and warhead. The modular design retains...
The chipset also supports bidirectional sideband communications for I²C, general-purpose input/output (GPIO), digital audio, SPI control signals, and sensor clocks.
FALLS CHURCH, Va. - BAE Systems will design and demonstrate ultra-compact radio-frequency (RF) communications terminals for a space-based data layer under a contract from the ...
The firm-fixed-price contract calls for a solution designed to establish interoperability with the Joint Cyber Warfighting Architecture (JCWA) Common Runtime Stack for Data, supporting...
