Texas Instruments ADC12DJ3200NWE/EM Radiation Hardened ADC

Applied Aerospace & Defense (formally NeXolve Holding Company, LLC) (Applied) has announced that it is opening new Radio Frequency (RF) test range and offering related services at its facility in Huntsville, Alabama. Precision RF testing for antennas and electronics used in satellite communications, airborne intelligence, reconnaissance and surveillance sensors, and ground-based command and control systems, is critical to ensure operational performance and regulatory compliance. Read more - https://ow.ly/fUBX50Y84et #rf #testandmeasurement #testing #hunstville #aerospace #defense

Modern aerospace and defense platforms demand secure, lightweight, and interference-resistant connectivity as system complexity continues to increase. While coaxial cables remain essential for many RF applications, RF-over-Fiber (RFoF) provides clear advantages for long-distance links and EMI-intensive environments. RFoF offers inherent immunity to electromagnetic interference, minimal signal loss over extended distances, and reduced weight - making it well suited for advanced aerospace and defense systems. Read HUBER+SUHNER the latest blog to learn more about RFoF capabilities and use cases: https://lnkd.in/gGVyMxJe Consult with Vic Myers Associates on HUBER+SUHNER: https://lnkd.in/ghTX5nUb #SpaceMatters #ReliabilityMatters #RFoF #EMI #Defense #Aerospace

As aerospace and defense systems evolve, managing signal integrity over long distances and in high-EMI environments is more critical than ever. HUBER+SUHNER’s RF-over-Fiber (RFoF) solutions offer a lightweight, interference-resistant alternative to traditional coax — ideal for today’s complex platforms. Great overview in their latest blog. Learn more and connect with Vic Myers Associates to explore RFoF for your applications. HUBER+SUHNER Vic Myers Associates Corp. #Aerospace #Defense #RFoF #EMI #ReliabilityMatters #SpaceMatters

Is the multi-billion dollar "Stealth" advantage becoming obsolete in 2026? For decades, air and naval superiority relied on Low Observable (LO) technology. But Physics moves fast. Enter the Rydberg Sensor. Unlike traditional dish antennas that are tuned to specific frequencies, Rydberg atom-based sensors act as ultra-wideband receivers, capable of detecting signals from DC to THz with sensitivity far beyond the thermal noise limit (Chu-Harrington limit). The Strategic Shift: Anti-Stealth: Detecting the minute electromagnetic disturbances of an aircraft, regardless of its shape or coating. ASW (Anti-Submarine Warfare): Picking up extremely low-frequency magnetic anomalies from deep-sea vessels that current magnetometers miss. We are moving from "Classical Electronic Warfare" to "Quantum Electronic Warfare." 👉 Full analysis of the Quantum Sensing disruption in defense: https://lnkd.in/gxhmf7Fn #QuantumSensing #DefenseTech #RydbergAtoms #Stealth #ASW #ElectronicWarfare #FutureWarfare #DeepTech

🇺🇸🧭🛰️ The US Army could soon navigate without satellites, thanks to magnetic navigation technology funded by the Pentagon’s Defense Innovation Unit (DIU). MagNav uses magnetometers — highly sensitive instruments that detect subtle variations in Earth’s magnetic field caused by magnetic rocks beneath the surface. Unlike GPS or China’s Beidou satellite system, the tech is passive, meaning it does not broadcast radio frequency signals that adversaries can detect or jam.

The Librascope Tactical Computer Terminal (TCT), designated AN/UYQ-30 by the U.S. Army, served as a rugged, general-purpose data processing, display, and communication terminal for field operations across all echelons. Designed for mobile tactical setups like shelters and armored personnel carriers, this 1980s-era system from Librascope Corporation boasted nuclear survivability, extreme temperature resilience (-45°C to 60°C operational), and heavy-duty components such as 130-pound display units and 80-pound magnetic bubble memory modules powered by multiple 68000 processors. Deployed from the 1980s through the early 1990s, it exemplified Cold War-era innovation in battlefield computing. #military #defense #defence #jammer #engineering #technology #technologies #RF #CUAS #drone #drones #radio #frequency #signal #detector #radar #radars #antenna #communications #telecom #jamming #warfare #USA #computer #IT #Coldwar #memory #display #monitor

🚀 Broadband Frequency Conversion Built for Mission-Critical RF Discover the MMP20281 Triple-Balanced RF Mixer from Teledyne Defense Electronics — engineered for high-performance defense, aerospace, and high-reliability RF systems demanding wideband operation and exceptional signal integrity. 🔹 Wide LO frequency range: 2–20 GHz for flexible microwave designs 🔹 IF bandwidth up to 6 GHz, enabling versatile up/down-conversion 🔹 Low 6 dB conversion loss with +18 dBm IP3 for strong linearity Learn More: https://ow.ly/KnIq50XSnrB Teledyne Aerospace & Defense Electronics #rfmixer #triplebalanced #spaceproducts #space

Space-Grade Isolation You Can Trust Meet the CSM102 RF Transistor Optocoupler from ISOCOM — engineered for mission-critical space, military, and high-reliability electronics where signal integrity and electrical isolation are non-negotiable. 🔹 1000 VDC isolation for robust performance in harsh environments 🔹 Radiation-hardened with up to 150 krad (Si) TID tolerance Learn More: https://ow.ly/JQ3v50XSmVG ISOCOM Limited #rftransistor #spacequalified #spaceproducts #space

DVB-S2 Demodulator Available For Integration From Global IP Core The DVB-S2 Demodulator can be implemented into an existing system as an COTS IP Core to suit project needs in the Satellite Communication and Aerospace & Defense markets. https://ow.ly/HEjX50XG3uS

Proud to support aerospace and defence teams who need fast access to high-spec RF and microwave equipment. From advanced VNAs to PXAs and vector signal generators, Electro Rent has thousands of calibrated instruments available immediately — ideal for radar, EW, and comms applications. Explore the full solution set online: https://lnkd.in/eDQicR5S #Aerospace #Defence #RFTesting #EW #EMSO